*** JOB OPENINGS FOR TWO SPEECH TECHNOLOGY RESEARCHERS ***

Research Positions in Spoken Language Communication Technology  at Spoken Language Communication Laboratory National Institute of Information and Communications Technology, Kyoto, Japan http://www.nict.go.jp/en/general_affairs/employment/index-e-top2013-9.html http://www2.nict.go.jp/general_affairs/personnel/tempstaffinfo/exr-e/H26/2014R-9.pdf

Applications are invited for the above full-time research positions in the areas of ASR, TTS and Spoken Dialogue, with planned starting date of 1st April 2014. The closing date for applications is 29th November 2013, but we are going to extend it until the positions are filled.

The National Institute of Information and Communications Technology (NICT) is Japan's administrative research institution specializing in the field of information and communications technology, and the NICT Spoken Language Communication Laboratory, based in Kyoto, is a world-leading group in the field of innovative speech technology research. Informal inquiries should be made to Dr Yoshi Shiga (yoshi.shiga@nict.go.jp).

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POST-DOCTORAL POSITION FOR THE PROJECT TYPALOC (LPL - AIX-EN-PROVENCE, FRANCE)

We invite applications for a one-year Post‐Doctoral position at the Laboratoire Parole et Langage (LPL, Aix-Marseille Université, CNRS, UMR 7309, France), to work on the project TYPALOC (Normal and Abnormal Speech Variations: TYPology, Adaptation, LOCalisation).

•    Description
The TYPALOC project is funded by the The French National Research Agency (ANR). It aims at understanding the mechanisms of speech variation, which may be the result of physiological and/or linguistic constraints. In order to achieve this, the productions of healthy speakers and speakers suffering from dysarthria are compared. The production of these two populations is observed through different speech styles (reading and spontaneous speech) to highlight the mechanisms of speaker adaptation. The corpora are manually or automatically annotated at different levels (phonetic, syllabic, lexical, prosodic, etc.). Large-scale data processing and statistical analyses are therefore necessary to achieve the project.
More information is available at the project website: http://typaloc.univ-avignon.fr/index.html

•    Job description
The post‐doctoral fellow will be mainly involved in data processing. He/she will participate in the acoustic analyses and will then have to implement the statistical analyses planned in the project.

•    Qualifications
A Ph.D. in linguistics or experimental phonetics and solid competence/experience in statistics and data analysis are required. Experience in speech-language pathology or speech therapy is also welcome.

•    Application procedure
Candidates should send a detailed CV with a list of publications, and a cover letter with statement of research interests and details of their experience in data analysis.
Please e-mail documents to: christine.meunier@lpl-aix.fr (Christine Meunier, LPL, Aix-en-Provence, France).

Deadline for submission: March 1, 2014
Expected start date: May 2014 (There is some flexibility.)
Length of contract: 12 months
Salary: €2000/month (net)

   

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Un poste de Professeur des universités (PR0002) est ouvert au recrutement pour la rentrée 2014 à l'Université Sorbonne Nouvelle Paris 3. Voici le descriptif ci-dessous.

Enseignement :

L’enseignant(e) recruté(e) pour ce poste interviendra à tous les niveaux de formation (licence, master, doctorat), et devra se consacrer à la formation en sciences phonétiques : phonétique acoustique et articulatoire, aspects perceptifs/cognitifs et communicationnels de la parole, didactique de la phonétique, prosodie, phonétique comparée des langues, phonétique clinique, phonologie , phonologie de laboratoire, etc. (cf. http://www.ilpga.univ-paris3.fr/documents/descriptifs-licence.pdf) et de Master  (http://www.ilpga.univ-paris3.fr/brochures/Brochure-LLP.pdf) de Sciences du Langage.

Composante / UFR / Lieu(x) d’exercice :

Université Sorbonne Nouvelle Paris 3

Institut de Linguistique et Phonétique Générales Appliquées

19, rue des Bernardins, 75005 Paris.

Recherche :

Le/la candidat(e) inscrira ses recherches au sein du Laboratoire de Phonétique et Phonologie (LPP, Unité Mixte de Recherche 7018), dont l’objectif est de favoriser l’enrichissement mutuel entre les sciences phonétiques et la phonologie, et l’application de cette synergie dans un grand nombre de domaines, tels que l’apprentissage d’une langue nouvelle, l’acquisition du langage, la remédiation, la typologie des langues, etc.

Les thèmes de recherche du laboratoire pour les cinq prochaines années sont les suivants : Phonétique et phonologie des langues du monde, Phonétique clinique, Développement d’instrumentations, Questionnements phonétiques, phonologiques et psycholinguistiques, TAL et Phonétique / phonologie de corpus, Acquisition d’une langue étrangère.

Le laboratoire de phonétique et de phonologie est membre fondateur du labex « Empirical Foundations of Linguistics » (EFL : http://www.labex-efl.org/), et les travaux de recherche du candidat devront également s’inscrire dans ses thématiques.

Laboratoire de rattachement : Laboratoire de Phonétique et Phonologie (LPP), UMR 7018 (http://lpp.in2p3.fr/)

Administration :

Le/la candidat(e) assumera des responsabilités administratives, pédagogiques et scientifiques au sein du laboratoire et du département. Il/elle travaillera activement au maintien et au développement des contacts avec le secteur de la santé, de l'orthophonie et de l'éducation., ainsi qu’aux synergies internes à Sorbonne Paris Cité.'

Pour plus d'informations :

Contacts : Jacqueline Vaissière; Pierre Hallé
Téléphone : 01 44 32 05 74
E-mail : vaissiere238@gmail.com, pierre.halle@univ-paris3.fr

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Postdoctoral fellowship opportunities for finish German PhD students at ICSI in Berkeley 

for details :

https://www.daad.de/ausland/studieren/stipendium/de/19047-internationale-forschungsaufenthalte-in-der-informationstechnologie-fitweltweit/

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POSTDOCTORAL POSITION

*SUBJECT*: Deep neural networks for source separation and noise-robust ASR
*LAB*: PAROLE team, Inria Nancy, France
*SUPERVISORS*: Antoine Liutkus (antoine.liutkus@inria.fr) and Emmanuel Vincent (emmanuel.vincent@inria.fr)
*START*: between November 2014 and January 2015
*DURATION*: 12 to 16 months
*TO APPLY*: apply online before June 10 at http://www.inria.fr/en/institute/recruitment/offers/post-doctoral-research-fellowships/post-doctoral-research-fellowships/campaign-2014/%28view%29/details.html?nPostingTargetID=13790 (earlier application is preferred)

Inria is the biggest European public research institute dedicated to computer science. The PAROLE team in INRIA Nancy, France, gathers 20+ speech scientists with a growing focus on speech enhancement and noise-robust speech recognition exemplified by the organization of the CHiME Challenge [1] and ISCA's Robust Speech Processing SIG [2].

The boom of speech interfaces for handheld devices requires automatic speech recognition (ASR) system to deal with a wide variety of acoustic conditions. Recent research has shown that Deep Neural Networks (DNNs) are very promising for this purpose. Most approaches now focus on clean, single-source conditions [3]. Despite a few attempts to employ DNNs for source separation [4,5,6], conventional source separation techniques such as [7] still outperform DNNs in real-world conditions involving multiple noise sources [8]. The proposed postdoctoral position aims to overcome this gap by incorporating the benefits of conventional source separation techniques into DNNs. This includes for instance the ability to exploit multichannel data and different characteristics for separation and for ASR. Performance will be assessed over readily available real-world noisy speech corpora such as CHiME [1].

Prospective candidates should have defended a PhD in 2013 or defend a PhD in 2014 in the area of speech processing, machine learning, signal processing or applied statistics. Proficient programming in Matlab, Python or C++ is necessary. Practice of DNN/ASR software (Theano, Kaldi) would be an asset.

[1] http://spandh.dcs.shef.ac.uk/chime_challenge/

[2] https://wiki.inria.fr/rosp/

[3] G. Hinton, L. Deng, D. Yu, G. Dahl, A.-R. Mohamed, N. Jaitly, A. Senior, V. Vanhoucke, P. Nguyen, T. Sainath, and B. Kingsbury, 'Deep neural networks for acoustic modeling in speech recognition', IEEE Signal Processing Magazine, 2012.

[4] S.J. Rennie, P. Fousek, and P.L. Dognin, 'Factorial Hidden Restricted Boltzmann Machines for noise robust speech recognition', in Proc. ICASSP, 2012.

[5] A.L. Maas, T.M. O’Neil, A.Y. Hannun, and A.Y. Ng, 'Recurrent neural network feature enhancement: The 2nd CHiME Challenge', in Proc. CHiME, 2013.

[6] Y. Wang and D. Wang. 'Towards scaling up classification-based speech separation”, IEEE Transactions on Audio, Speech and Language Processing, 2013.

[7] A. Ozerov, E. Vincent, and F. Bimbot, 'A general flexible framework for the handling of prior information in audio source separation', IEEE Transactions on Audio, Speech and Language Processing, 2012.

[8] J. Barker, E. Vincent, N. Ma, H. Christensen, and P. Green, 'The PASCAL CHiME Speech Separation and Recognition Challenge', Computer Speech and Language, 2013.

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PhD position on Automatic analysis of affective and social behaviors in human-robot
interaction

http://www.utwente.nl/vacatures/en/

Job specification
The Human Media Interaction group at the University of Twente is looking for a PhD
candidate who will automatically analyse social interactions based on the speakers'
non-verbal behaviors in speech (paralinguistic information). The aims are to automatically
determine the quality of social interaction between the speakers (both in dialogues and
multi-party conversations) and the speakers' affective states using vocal cues.
Qualitative aspects of social interaction include, amongst others, levels of engagement,
cooperation, enjoyableness, arousal, valence and rapport.

The work will be carried out within the contexts of two European projects involving
robots, namely TERESA and SQUIRREL. In the TERESA project, a telepresence robot is
controlled by a human controller who can have robot-mediated conversations with other
humans in the vicinity of the robot. In order to know whether a specific speaker attitude
is caused by the robot's or the human controller's behavior, an assessment of the
interaction is needed. The challenges are to give a continuous assessment of the quality
of interaction under natural conditions, and to find out what non-verbal vocal cues can be
used to detect qualitative aspects of social interaction. In the SQUIRREL project,
children will be interacting with a robot that aims to encourage and help them tidy up and
put objects back in order. In order to design effective robot behaviors that encourage and
help children tidy up, an assessment of the interaction among the children and the robot
is needed: is the interaction fun, are the children engaged in the task, is one of the
children excluded in the interaction?

The work will cover a range of various tasks:

* The candidate will collect speech data by recording social interactions between adult
humans (French) and among children (German) and robots. (S)he will develop and manage
audio(visual) databases of these recorded interactions.

* The candidate will perform analyses on the non-verbal vocal behavior of the recorded
interactions. The candidate will investigate what types of qualitative and affective
aspects of social interaction are relevant in this context and annotations will be made.

* (S)he will identify relevant non-verbal vocal cues that correlate with qualitative and
affective aspects of social interaction.

* Based on these annotations, the candidate will develop algorithms to automatically
assess qualitative and affective aspects of social interaction, both in human adult and
children speech.

* The candidate is expected to present his/her work in major (international) conferences
and workshops, and to publish in relevant journals.


Your Profile

* The candidate should have fluent command of English as a written and spoken language.
Since the candidate will be working with Dutch, French and German data, knowledge of these
languages is preferable.

* The candidate has an MSc degree in Computer Science or equivalent (a degree with a
technical background in, e.g., Artificial Intelligence, Computational Linguistics).

* The candidate is interested in the research fields of speech analysis, affective
computing, social signal processing, and machine learning.

* The candidate has programming skills in one of the following languages (or equivalents):
Python, Perl, or Matlab.

Please send your application with your CV and motivation letter through the application
link before February 7, 2014. Please also include the names, email addresses, phone
numbers, and information about past working relationships of two people that we could
contact for a recommendation.

Further information about the PhD position can be given by Dr. Khiet Truong
(k.p.truong@utwente.nl) and Prof. Dr. Vanessa Evers (email: v.evers@utwente.nl).

Our offer
We offer a full-time PhD position in a dynamic and international environment. The duration
of the contract is four years. The gross salary will range from € 2.083,00 in the first
year to € 2.664,00 per month in the fourth year. Additionally, the University of Twente
provides excellent facilities for professional and personal development. In addition, we
offer a holiday allowance (amounts to 8%) and an end-of-year bonus of 8.3% and a number of
additional benefits. The labor agreements are in accordance with the CAO-NU for Dutch
universities.

The Organisation
The University of Twente.
We stand for life sciences and technology. High tech and human touch. Education and
research that matter. New technology which drives change, innovation and progress in
society. The University of Twente is the only campus university in the Netherlands;
divided over six faculties we provide more than fifty educational programmes. The
University of Twente has a strong focus on personal development and talented researchers
are given scope for carrying out pioneering research.

The faculty of Electrical Engineering, Mathematics and Computer Science (EEMCS) comprises
three disciplines that shape Information and Communication Technology. ICT is more than
communication. In almost every product we use mathematics, electronics and computer
technology and ICT now contributes to all of societies' activities. The faculty works
together intensively with industrial partners and researchers in the Netherlands and
abroad and conducts extensive research for external commissioning parties and funders. The
research which enjoys a high profile both at home and internationally, has been
accommodated in the multidisciplinary research institutes MESA+, CTIT and MIRA.

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POST-DOCTORAL POSITION FOR THE PROJECT IFCASL (LORIA, NANCY, FRANCE)

We invite applications for a one-year Post‐Doctoral position at the Laboratoire LORIA (Lorraine University, INRIA, CNRS, UMR 7306, France), to work on the project IFCASL (Individualised Feedback in Computer-Assisted Spoken Language learning).

•    Description
The IFCASL project is funded by the Deutsche Forschunggemeinschaft (DFG) and the French National Research Agency (ANR). It aims at increasing the usability and efficiency of computer-assisted language learning software by adapting content, feedback and exercises to individual learners in the speech dimension of a foreign language. This will be achieved by integrating the production and perception of the learner’s own speech and focusing on the French-German language pair, in both directions.

The objective is to offer feedback that relies on phonetic knowledge incorporated in the learning system and interacts relevantly with automatic speech recognition (ASR) and signal processing. This means that confidence in the results returned by ASR will be taken into account to derive diagnoses and feedback: the higher the confidence the more explicit the level of feedback.

A corpus of German recorded by French learners and a second of French recorded by German learners will be exploited to determine errors on the one hand, and to develop algorithms involved in feedback on the other hand.

•    Job description
The post‐doctoral fellow will be mainly involved in the development of the signal processing and automatic speech recognition algorithms intended to realize the diagnosis and acoustic feedback provided to learners.

•    Qualifications
A Ph.D. in signal processing or in computer sciences (automatic speech recognition, statistic modeling) and solid competence/experience in JAVA development are required. Experience in phonetics and speaking German and French are also welcome.

•    Application procedure
Candidates should send a detailed CV with a list of publications, and a cover letter with statement of research interests and details of their experience in signal processing, automatic speech recognition and JAVA.
Please e-mail documents to: Yves.Laprie@loria.fr (Yves Laprie, LORIA, Nancy, France).

Deadline for submission: March 30, 2014
Expected start date: May 2014 (There is some flexibility.)
Length of contract: 12 months
Salary: €2000/month (net)

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Speech Data Evaluator for French

Job title:

Speech Data Evaluator for French (Multiple positions)

Linguistic Field(s):

• Phonetics/Phonology

• Semantics

• Discourse Analysis

Job description:

As
a Speech Data Evaluator and a native-level speaker of French, you will
be part of a team based in Dublin, processing large amounts of
linguistic data and carrying out a number of tasks to improve the
quality of Google’s speech synthesis and speech recognition in your own
language.

This includes:

• classifying and annotating linguistic data

• transcription

• labeling text for disambiguation, expansion, and text normalization

• providing phonetic transcription of lexicon entries according to given standards and using in-house tools

Job requirements:

• native-level speaker of French (with good command of the standard dialect) and fluent in English

• passion for language with good knowledge of orthography and grammar in the target language

• a
  degree in a language-related field such as linguistics, language
  teaching, translation, editing, writing, proofreading, or similar

• keen
  interest in technology and computer-literate (should feel comfortable
  using in-house tools and should have an interest in current speech,
  mobile and online technology)

• attention to detail and good organizational skills

Project duration: 6-11 months (with potential for extension)

**This is not a permanent position but a contract position.**

For
immediate consideration, please email your CV and cover letter in
English (PDF format preferred) with 'Speech Data Evaluator [French]' in
the subject line.

Email Address for applications: DataOpsMan@gmail.com

Contact information: Ara Kim

Closing date: open until filled

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We are pleased to offer a PhD scholarship on deep neural networks for source separation and noise-robust ASR
http://www.inria.fr/en/institute/recruitment/offers/phd/campaign-2014/%28view%29/details.html?nPostingTargetID=14062 
 


We are looking forward to receiving applications by April 18 (please do not wait until the later deadline indicated on the website).

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Trois postes de Maître de Conférences en informatique (section 27) sont mis au concours pour la campagne 2014 au Centre d'Enseignement et de Recherche en Informatique de l'Université d'Avignon (ceri.univ-avignon.fr).

Les personnes recrutées effectueront leur recherche au sein du LIA (lia.univ-avignon.fr).

Les profils des 3 postes, consultables sur lia.univ-avignon.fr rubrique Emplois, couvrent les thématiques du laboratoire :

- Informatique - Spécialité langage/recherche et extraction d'information  (Poste 0284 / Galaxie 4043)

- Informatique - Spécialité réseaux  (Poste 0334 / Galaxie 4045)

- Informatique - Spécialité recherche opérationnelle et optimisation (Poste 0324 / Galaxie 4044)

Contacts :

Enseignement : Corinne Fredouille corinne.fredouille@univ-avignon.fr - Directrice des Etudes du CERI et Fabrice Lefèvre fabrice.lefevre@univ-avignon.fr - Directeur du CERI

Recherche : Georges Linares georges.linares@univ-avignon.fr - Directeur du LIA et Fabrice Lefèvre fabrice.lefevre@univ-avignon.fr - Directeur du CERI

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Doctoral student position in an interdisciplinary speech technology project “Computational Modeling of Language Acquisition”

Job description:
The Speech Technology Team of Aalto University offers a full-time doctoral student position on computational modeling of language acquisition. Those who wish to do their master’s thesis on the topic and are willing to pursue post-graduate studies after their graduation are also welcome to apply.
The high-level goal of the research project is to understand how human children learn to understand and produce speech, and how computers could be programmed with similar learning skills in order to outperform the classical manually engineered speech recognition systems. In short-term, the focus is on the development of ecologically plausible computational models of different aspects of human language processing (perception, production, multimodal interactions) and evaluating these models with respect to data from behavioural studies. The research is simultaneously concerned with the development and application of low-level machine learning and signal processing algorithms and on the development of high-level models of language learning, making the work highly interdisciplinary, diverse and challenging.
The more specific content of the current position is not fixed in advance, but will be planned together with a successful applicant. The focus can be more on the technical side (machine learning/signal processing algorithm development), on the behavioural side (collecting and modelling behavioural data), or both.

Requirements:
Due to the interdisciplinary nature of the work, we are looking for an applicant with a strong background, skills and a burning interest in one or more of the following fields: speech/signal processing, auditory modeling, speech acoustics, machine learning, cognitive science, cognitive psychology, computational linguistics, artificial intelligence, or mathematics.
A successful applicant will have a M.Sc. (tech.) or an equivalent degree in a relevant field or has nearly completed the degree, has good programming skills (e.g., MATLAB, Java or C) and is a fluent user of English (both written and verbal). Capability for self-driven independent and productive work is a must. Basic or advanced knowledge in signal processing, machine learning, and/or statistics are a significant advantage.

Job details:
The current work will take place in a project Computational Modeling of Language Acquisition, funded by the Academy of Finland. The first contract will be a 6–month trial period for doctoral students or 6 months for the M.Sc. thesis work. Extension up to a total of 2.5 years is envisioned upon successful performance. The work will take place in the Department of Signal Processing and Acoustics of Aalto ELEC.

Salary:
Salary level will be based on the local-agreement salary system of Aalto University.

How to apply:
Please send your application to D.Sc. Okko Räsänen (okko.rasanen@aalto.fi) by email. The deadline for applications is 31.4.2014. Please include at least the following documents in your application: a cover letter describing your background and motivation for the position, CV, a transcript of bachelor and master’s level study records, and possible letters of recommendation.

For more information, please contact:
D.Sc. Okko RäsänenorProf. Unto K. Laine
okko.rasanen@aalto.fiunto.laine@aalto.fi
+358-50-441 9511+358-50-593 0251

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Ver. 2014-03-03

Ph.D. project offer

Title

Development of speech coding algorithms inspired by the central auditory system

Description

The central auditory system has many characteristics that could foster the development of improved speech coders. The objective of this research project is to develop speech coding algorithms that are inspired by the central auditory system. This work will make use of the current knowledge in neural signal processing by the central auditory system as well as of several metrics developed for the objective evaluation of speech processing algorithms. It will allow the study of new paradigms that will lead to the development of novel speech coding algorithms. The research will be conducted jointly in the Speech and Audio Processing Laboratory and the Computational Neuroscience and Intelligent Signal Processing Research Group at the Université de Sherbrooke, Sherbrooke, Canada. A financial support is expected.

Requirements

 Excellent academic record.

 Strong background in speech processing.

 Excellent ability to communicate in English. Knowledge of French is considered an advantage.

 Interest in neuroscience.

The Université de Sherbrooke is a French-speaking institution located in the province of Quebec, Canada, and the heart of an international research pole. It is host to more than 40 000 students from over 120 different countries worldwide. (Source: UdeS)

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Post-doc position at LORIA (Nancy, France)

Framework of ANR project ContNomina

The technologies involved in information retrieval in large audio/video databases are often based on the analysis of large, but closed, corpora, and on machine learning techniques and statistical modeling of the written and spoken language. The effectiveness of these approaches is now widely acknowledged, but they nevertheless have major flaws, particularly for what concern proper names, that are crucial for the interpretation of the content.

In the context of diachronic data (data which change over time) new proper names appear constantly requiring dynamic updates of the lexicons and language models used by the speech recognition system.

As a result, the ANR project ContNomina (2013-2017) focuses on the problem of proper names in automatic audio processing systems by exploiting in the most efficient way the context of the processed documents. To do this, the postdoc student will address the contextualization of the recognition module through the dynamic adjustment of the language model in order to make it more accurate.

Post-doc subject

The language model of the recognition system (n gram learned from a large corpus of text) is available. The problem is to estimate the probability of a new proper name depending on its context. Several tracks will be explored: adapting the language model, using a class model or studying the notion of analogy.

Our team has developed a fully automatic system for speech recognition to transcribe a radio broadcast from the corresponding audio file. The postdoc will develop a new module whose function is to integrate new proper names in the language model.

Required skills

A PhD in NLP (Natural Language Processing), be familiar with the tools for automatic speech recognition, background in statistics and computer program skills (C and Perl).

Post-doc duration

12 months from June 2014 (these is some flexibility)

Localization

Loria laboratory, Speech team, Nancy, France

Contacts

Irina.illina@loria.frdominique.fohr@loria.fr

Candidates should email a letter of application, a detailed CV with a list of publications and diploma

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Un poste de MCF en informatique pour les Sciences Humaines est ouvert à l'Université Paris Sorbonne. Le candidat enseignera l’Informatique dans les différentes formations de licence et de master du département d’Informatique, Mathématiques et de Linguistique appliquées. Il devra s'inscrire dans un ou plusieurs axes de l'équipe de linguistique computationnelle (www.stih.paris-sorbonne.fr/) : Sémantiques et connaissances, Paralinguistique de la parole et du texte, Jugements d’évaluation, opinions et sentiments.

Personne à contacter : Claude.Montacie@Paris-Sorbonne.fr

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The European Language resources Distribution Agency (ELDA), a company specialized in Human Language Technologies within an international context, acting as the distribution agency of the European Language Resources Association (ELRA), is currently seeking to fill an immediate vacancy for Senior Technical Engineer/Scientist (Software team Manager) position.

Under the supervision of the CEO, the responsibilities of the Senior Technical Engineer/Scientist include managing of a small development team, designing/specifying tools and software components for Language Resources, production frameworks and platforms, carrying out quality control and assessment. He/she will be in charge of renovating the current language resources production workflows. This yields excellent opportunities for young, creative, and motivated candidates wishing to participate actively to the Language Engineering field. He/she will be in charge of conducting the activities related to language resources and Natural Language Processing technologies. The task will mostly consist in managing language resources production projects and co-ordinating ELDA’s participation in R&D projects while being also hands-on whenever required by the development team.

Profile :

    Good knowledge of Linux and open source software
    Proficiency in Python, Django, PhP, Perl, CSS
    Proficiency in Django-CMS is a plus
    Good knowledge of e-commerce development (Python/Django-oriented)
    Proficiency in French and English
    Dynamic and communicative, flexible to combine and work on different tasks
    Experience with technology transfer projects, industrial projects,collaborative projects within the European Commission or other international frameworks
    Good knowledge of the Language Technology area is a plus
    Ability to work independently and as part of a team, in particular the ability to supervise members of a multidisciplinary team
    Citizenship of (or residency papers) a European Union country
    Applications will be considered until the position is filled. The position is based in Paris.

Salary : Commensurate with qualifications and experience.

Applicants should email a cover letter addressing the points listed above together with a curriculum vitae to :

Khalid Choukri
ELRA / ELDA
9, rue des Cordlières
75013 Paris
FRANCE
Fax : 01 43 13 33 30
Mail : job@elda.org


Please check out our other vacant positions:

• Project Manager in Speech and Multimodal
• Junior Technical Engineer / Scientist (Project Manager)

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Applications are invited for a postdoctoral position in the area of speech processing 
Post Doctoral Position in Speech Processing    
for cognitive workload monitoring.  We are looking for an engineer/computer 
scientist with an experience in machine learning, statistics, and speech signal 
processing or in closely related fields. The main aim of the project is to develop a 
pattern recognition software that detects and monitors cognitive workload of air 
traffic controllers from their speech commands, video recordings and other 
observations.  This is achieved with recordings of participants during cognitive 
workload experiments and with with transferring the technology to simulated air 
traffic control environment. A successful applicant will be expected to lead this work 
and assist in the supervision of doctoral and master students working in this area.     
 
Applicants should have received a doctoral degree in engineering, computer science 
Qualifications:   
or a related discipline, or completion of all requirements for the degree should be 
expected prior to the starting date. A successful applicant will have an experience in 
machine learning, statistics, speech processing or closely related fields and be able 
to implement signal processing and machine learning procedures in an appropriate 
environment.   
 
Reykjavik University is an international university located at the heart of Reykjavik, 
About Reykjavik University:   
the capital of Iceland. It was established in 1998 and it is the largest technical 
university in Iceland.  RU places a strong emphasis on research and publishes more 
scientific articles in its fields of expertise than any other university in the country.  
The university has developed a productive and appealing research environment for 
Icelandic and foreign scientists. Approximately 140 academic employees (assistant 
professors, associate professors, professors, adjuncts, postdoctoral fellows, guest 
professors, and other specialists) currently work at RU on various research projects 
in collaboration with both domestic and international research institutions and 
companies.   
 
The appointment is available immediately and is for two years. The participant will 
Appointment:   
be selected based on academic records, recommendations, research interests and 
compatibility of background. The salary is determined from the guideline of the 
Icelandic Research Fund (http://www.rannis.is) for post- doctoral research 
associates.   
 
Electronic applications, including a cover letter, a CV and the details of two referees, 
How to apply:   
should be sent to dr. Jon Gudnason (email: jg@ru.is) and dr. Kamilla Johannsdottir 
(kamilla@ru.is). 

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Sémiologie  sonore  pour  l'analyse  spatiale  et  la
représentation cartographique

                                              
Directeurs de thèse : JOSSELIN Didier  & ALTMAN Eitan

                                                                    
Membres extérieurs du comité de thèse : BONIN Olivier ,  
BRESSON Jean

1. Laboratoire d'Informatique d'Avignon (LIA), Avignon
2. IFSTTAR – AME-LVMT Champs sur Marne, Marne la Vallée
3. UMR ESPACE, Avignon
didier.josselin@univ-avignon.fr
4. IRCAM, Paris
5. INRIA, Sophia-Antipolis

MOTS-CLÉS :  CARTOGRAPHIE,  MUSIQUE,  GEOMATIQUE,  ANALYSE  SPATIALE,  COMPOSITIONS,
PARTITIONS

Résumé :
La  recherche  proposée  consiste  à  poser  les  fondations  d'une  sémiologie  pour  la
représentation cartographique qui ne soit plus basée exclusivement sur la graphique,
mais sur le son, voire la musique au sens large.
Cette recherche est fondamentale puisqu'elle doit appréhender la dialectique entre la
méthodologie cartographiquee et la théorie de la musique, en appréhendant ce que la
carte  apporte  à  la  musique  et  réciproquement,  en  dégageant  les  différentes
dimensions partagées par les deux approches.
Potentiellement,  elle  a  aussi  une  portée  pratique,  puisqu'elle  peut,  d'une  part,
améliorer la compréhension de la lecture de la carte en ajoutant l'audition à la vue
dans les processus d'analyse  spatiale de données géographiques. Elle peut, à terme,
déboucher  sur  des  applications  de  reconnaissance  dynamique  d'environnement  par
des personnes malvoyantes ou à mobilité réduite, via les cartes mentales.
Ce  sujet  de  recherche  est  ouvert  à  différentes  disciplines,  comme  la  géographie
(géomatique  notamment),  les  sciences  de  l'information  et  de  la  communication,
musicologie, sciences cognitives.

1. Contexte et rationalité

   Depuis les travaux précurseurs  de J. Bertin (1975) en sémiologie graphique,  la
cartographie  a  largement  évolué  (Escobar  et  al.,  2008)  sur  deux  aspects  en
particulier : l'interactivité et l'accessibilité en ligne. On parle depuis quelques années
de  cartographie  en  mouvement  (Mac  Eachren,  1995,  Josselin  &  Fabrikant,  2003),
c'est à dire animée, multimédia (notamment en ligne)  ou interactive  (Cartwright et
al, 2007).

   La  cartographie  peut  être  descriptive,  dans  le  sens  où  elle  sert  à  observer  des
phénomènes se déroulant dans le temps. Mais elle devient rapidement exploratoire,
voire  se  dote  d'un  pouvoir  explicatif,  par  la  capacité  de  ses  outils  à  mettre  en
interaction  différentes  dimensions  ou  points  de  vue.  À  ce  titre,  l'analyse  spatiale
exploratoire  (Andrienko,  2006)  s'est  largement  développée  et  ouvre  de  vastes
horizons scientifiques, technologiques et d'usage. En lien direct avec les cartes et la
géographie,  les graphiques  et les indices  statistiques  constituent  en  effet  autant  de
résumés  des données,  prises dans leur ensemble ou via des sélections appropriées.
Ces méthodes d'analyse constituent de puissants outils d'investigation ou de fouille
de données spatiales.

   Dans  les  outils  de  cartographie,  le  recours  à  la  dimension  visuelle  des
représentations  statistiques  reste  prégnant.  Cependant,  d'autres  voies
complémentaires existent, tels que le son ou la musique. Par exemple, le mouvement
du  « soundscape »  (paysage  sonore)  utilise  les  ambiances  sonores  pour  donner  du
sens  aux  lieux  et  aux  environnement  (Murray  Schafer  1969).  D'autres  auteurs
proposent de simples cartographies  des sons (Schiewe  & Kornfeld  2009). Dans ce
cas, les « signatures sonores » marquent et caractérisent les lieux de façon explicite.
Toutefois, elles ne sont pas utilisées pour mettre en évidence des discontinuités, des
gradients  ou  des  structures  dans  l'espace  (de  mobilité,  par  exemple).  Pourtant,
l'association  des  capacités  cognitives  visuelles  et  auditives  ne  peut  qu'améliorer
notre capacité à analyser  les données géographiques, d'autant plus lorsqu'elles sont
complexes.
   L'utilisation de représentations spatiales et de calculs spatiaux pour les structures
musicales  est  ainsi  un  domaine  en  plein  essor.  On  pourrait  étudier  le  problème
inverse :  à  partir  d'une  structure  spatiale  extraite  d'une  carte  ou  d'une  image,
reconstituer  les  contraintes  musicales  (harmoniques,  mélodiques,  rythmiques)
associées.  On  serait  alors  dans  une  démarche  d'aide  à  la  composition  musicale
(Adhitya  and  Kuuskankare,  2012).  Par  le  biais  de  règles  prédéterminées  ou  avec
l'assistance  d'un  utilisateur,  on  pourra  aller  jusqu'à  la  sonorisation  d'images  ou  de
cartes.  Au-delà de cet objectif, le rapprochement  entre analyse  musicale et analyse
spatiale privilégie souvent un sens   : les représentations musicales s'enrichissent de
représentations  spatiales.  Enrichir  le  domaine  de  l'analyse  spatiale  par  des
techniques  issues  de  l'analyse  musicale  est  une  perspective  intéressante  et
complémentaire. Cette thèse s'inscrit dans cette seconde approche.

2. Orientation de la thèse

2.1. Objectifs

   À notre connaissance, il n'existe pas aujourd'hui de sémiologie sonore éprouvée
et  consensuelle  permettant  de  réaliser  un  lien  symbolique  non  équivoque  entre
représentation sonore et représentation cartographique. Existe-elle  in fine ? Quelles
en  sont  les  dimensions ?  Comment  la  construire  et  avec  quelles  méthodes  ?  C'est
tout l'enjeu de ce sujet de thèse, à l'interface entre les sciences de la communication,
la géographie et la géomatique, la musicologie et les sciences cognitives. À l'instar
des  travaux  de  Bertin  sur  la  sémiologie  graphique  et  sur  tous  ses  développement
consécutifs,  cette  thèse  doit  permettre  de  poser  les  bases  d'une  sémiologie  sonore
dédié à la représentation et à l'analyse spatiales.

   Les objectifs généraux de cette recherche sont :

    •   d'évaluer en quoi et de quelle façon le son peut apporter une amélioration
         des méthodes d'analyse spatiale ;
    •   de  rechercher,  dans  la théorie  de  la  musique,  ce  qui  est mobilisable  pour
         représenter  des  portions  typiques  et  structurées  (patterns)  d'espaces
         géographiques ;
    •   d'appréhender  l'aspect  numérique  et  mathématique  de  la  musique  pour
         tenter  de  poser  les  bases  d'une  sémiologie  sonore  signifiante  (pour  une
         culture musicale donnée) ;
    •   de  réfléchir  aux  méthodologies  informatiques  permettant  le  dépôt  ou
         l'exploration des cartes et d'images géographiques par les utilisateurs.

2.2. Des dimensions partagées par la carte et la musique

   La/le doctorant(e) devra appréhender la musique à travers diverses composantes
intéressantes pour l'analyse spatiale (non exclusives) :

 
 
    •   Composantes    sonores :    intensité (puissance,    vélocité,    latence),
         hauteur/degré  (fréquence,  longueur  d'onde,  période),  timbre  (perception,
         émission, grain) ;

    •   Composantes  de  partition  :  durée,  tempo,  séquence  rythmique,  partition
         graphique  contrainte  (portée,  mesures,  systèmes)  ou  non  (continuités  de
         représentation) ;

 
 
    •   Composantes harmoniques : accords, gammes, tonalités, modes ;

    •   Composantes  libres  :  interprétation,  orchestration  (taille,  instruments),
         improvisation,  « sound-painting »,  enregistrement  et  apprentissage
         dynamiques, adaptation du musicien au contexte.

   Elle/il devra mettre en regard ces composantes avec la carte, qui peut ainsi entrer
en résonance avec ces différentes dimensions :

 
    •   Composantes sonores : la description des observations spatiales et de leurs
         attributs ;

    •   Composantes  de  partition  :  aspects  temporels  de  l'analyse  spatiale
         permettant  de  gérer  des  séquences  d'exploration  des  cartes  ou  des
         phénomènes dans le temps ;

 
    •   Composantes harmoniques : les patterns spatiaux (structures et associations
         spatiales)  peuvent  correspondre  à  une  dimension  compositionnelle  pour
         identifier et construire des objets composites dans l'espace géographique ;

    •   Composantes  libres  :  un  cheminement  (festif  ou  flâneur)  de  l'explorateur
         dans l'espace de représentation ou l'espace géographique peut constituer un
         espace de liberté et d'interprétation.

3.  Déroulement de la thèse

   D'une  part,  les  approches  méthodologiques  mobilisables  dans  ce  projet  sont
largement ouvertes. Elles dépendront du profil du / de la candidat(e), qui pourra être
issu(e)  des  différentes  disciplines :  géographie,  géomatique,  sciences  de
l'information  et  de  la  communication,  musicologie,  culture  et  communication,
sciences cognitives.

   D'autre part, la thèse se déroulera en trois phases :

   Un  premier  volet,  assez  théorique  (état  de  l'art),  consiste  à  recenser  les
différentes caractéristiques de la musique et en extraire celles qui peuvent constituer
des références sémiologiques sonores ou musicales. On pourra ici s'appuyer  sur les
théories (autour) de la musique et sur les dimensions de l'analyse spatiale.

   Un  second  volet,  méthodologique,  permet  de  construire  des  protocoles
expérimentaux robustes pour évaluer/valider ces références afin de dévoiler ce que
le  son ou  la  musique  produits suscitent  en termes  d'objets  géographiques  dans un
contexte culturel donné (ancrage des symboles, aspects cognitifs).

   Un  troisième  volet,  plus  technique,  vise  à  mettre  en  oeuvre  une  cartographie
sonore  dans  un  environnement  cartographique  standard  (Système  d'Information
géographique interfacé à des outils d'analyse musicale), reposant sur les conclusions
des deux premiers volets.

    Dans tous les cas, le/la candidat(e) devra être très intéressé(e) par le domaine de
la  musique,  être  capable  d'appréhender  des  applications  informatiques  simples
(musicales  et  cartographiques)  et  de  faire  coopérer  des  logiciels  de  musique  et  de
cartographie en parfaite interopérabilité. La pratique ou la connaissance approfondie
de la musique serait un plus.

4.  Modalités

   Les candidat(e)s doivent contacter rapidement Didier Josselin pour présenter leur
profil,  leur  motivation  et  la  façon  dont  ils pensent  appréhender  ce  sujet  de  thèse  :
didier.josselin@univ-avignon.fr (04 90 84 35 74 ou 06 07 40 69 38). Didier Josselin
est directeur de recherche en Géomatique à l'UMR ESPACE et chercheur associé au
LIA. Eitan Alman est directeur de recherche sur les Réseaux à l'INRIA/LIA.

   Les  candidatures  d'étudiant(e)s  diplômé(e)s  ayant  des  déficiences  physiques
(mal-voyance  ou handicap  physique)  seront étudiées  en priorité sur le projet et en
exclusivité  pour  l'appel  spécifique  à  bourses  de  thèse  du  Ministère  fléché
« handicap ». Elles doivent contacter Didier Josselin impérativement avant la fin du
mois de Mars.

   Les autres candidat(e)s peuvent postuler sur la bourse de thèse Agorantic après
avoir également contacté D. Josselin : http://ed537.univ-avignon.fr/.

   La thèse sera réalisée au sein de l'ED 537 Culture & Patrimoine en Géographie
(SHS).  Deux  laboratoires  de  l'Université  d'Avignon  seront  impliqués :  UMR
ESPACE et LIA. Les laboratoires IFSTTAR et IRCAM sont partenaires du projet de
recherche englobant (CartoMuse). Une cotutelle peut être envisagée selon les profils
et souhaits des candidat(e)s.

5. Bibliographie indicative

Alayrangues  Sylvie,  Daragon  Xavier,  Lachaud  Jacques-Olivier,  Lienhardt  Pascal  (2008).
   Equivalence  between  Closed  Connected  n-G-Maps  without  Multi-Incidence  and  n-
   Surfaces,  Journal of Mathematical Imaging and Vision, Volume  32 Issue  1, pp. 1 – 22,
   Kluwer

Adhitya1  Sara  and  Kuuskankare  Mika  (2012).  SUM:  from  Image-based  Sonification  to
   Computeraided Composition, 8 pages, CMMR, 2012, London

Andrienko N. & Andrienko G. (2006), Exploratory Analysis of Spatial and Temporal Data: A
   Systematic Approach, Springer.

Bertin  J.  (1975),    La  Graphique  et  le  traitement  graphique  de  l'information,  Paris,
   Flammarion.

Cartwright W., Peterson M.P., Gartner G. (Eds) (2007), Multimedia cartography, Springer.

Escobar  Francisco,  Cauvin  Colette,  Serradj  Aziz,  (2008),  Cartographie  thématique  en  5
   volumes  (volume  1.  Une  nouvelle  démarche.  la  cartographie,  discipline  scientifique  en
   évolution;  volume  2.  Des  transformations  incontournables.  une  permanence  :  la
   transformation  sémiotique;  volume  3.  Méthodes  quantitatives  et  transformations
   attributaires. de la description à la généralisation d'une variable attributaire z; volume 4.
   Des transformations renouvelées. transformations cartographiques de position; volume 5.
   Des  voies  nouvelles  à  explorer.  les  révolutions  technologiques  et  leurs  conséquences
   conceptuelles et pratiques). Hermès-Lavoisier, Traité IGAT Série Aspects fondamentaux
   de l'analyse spatiale

Josselin D. & Fabrikant S. (Eds)  (2003), N° spécial « cartographie animée et interactive »,
   vol. 13, n°1/2003, Revue Internationale de Géomatique, Hermès, Lavoisier, Paris.

Josselin  D.   (2011),  Spatial  analysis  using  sonorous  cartography.  Some  propositions,
   ICC'2011, Paris, 3-8 July 2011.

Josselin  D.  (2005),  Interactive  Geographical  Information  System  using  LISPSTAT  :
   prototypes and applications. Journal of Statistical Software. Volume 13, Issue 6

Mac  Eachren  A.  (1995),  How  Maps  Work:  Representation,  Visualization,  and  Design,
   Guilford Press, NY.

Murray Schafer R. (1969),  The New Soundscape, Don Mills, Toronto.

Schiewe  J.,   Kornfeld  A.-L.  (2009),  Framework  and  Potential  Implementations  of  Urban
   Sound  Cartography,  12th  AGILE  International  Conference  on  Geographic  Information
   Science 2009, 8 pages.

Tymoczko Dmitri (2012). The Generalized Tonnetz, Journal o f music theory, 56:1, pp. 1-52.

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Speech Unit(e)s

The multisensory-motor unity of speech

Understanding how speech unites the sensory and motor streams,

And how speech units emerge from perceptuo-motor interactions

ERC Advanced Grant, Jean-Luc Schwartz, GIPSA-Lab, Grenoble, France

Proposal for a post-doc position beginning in September 2014: “The informational structure of audio-visuo-motor speech”

Context

The Speech Unit(e)s project is focused on the speech unification process associating the auditory, visual and motor streams in the human brain, in an interdisciplinary approach combining cognitive psychology, neurosciences, phonetics (both descriptive and developmental) and computational models. The framework is provided by the “Perception-for-Action-Control Theory (PACT)” developed by the PI (Schwartz et al., 2012).

PACT is a perceptuo-motor theory of speech communication connecting, in a principled way, perceptual shaping and motor procedural knowledge in speech multisensory processing. The communication unit in PACT is neither a sound nor a gesture but a perceptually shaped gesture, that is a perceptuo-motor unit. It is characterized by both articulatory coherence – provided by its gestural nature – and perceptual value – necessary for being functional. PACT considers two roles for the perceptuo-motor link in speech perception: online unification of the sensory and motor streams through audio-visuo-motor binding, and offline joint emergence of the perceptual and motor repertoires in speech development.

Objectives of the post-doc position

In a multisensory-motor context such as the present one, a major requirement concerns a better knowledge of the structure of the information. Speech scientists have acquired a very good knowledge of the structure of speech acoustics, capitalizing on large audio corpora and up-to-date statistical techniques (mostly based on sophisticated implementations of Hidden Markov Models, e.g. Schutz & Waibel, 2001, Yu & Deng, 2011). Data on speech rhythms, in relation with the syllabic structure, have been analyzed clearly in a number of works (Greenberg, 1999; Grant & Greenberg, 2003).

In spite of strong efforts in the field of audiovisual speech automatic recognition (Potamianos et al., 2003), characterization of the structure of audiovisual information is scarce. While an increasing number of papers on audiovisual speech perception presenting cognitive and neurophysiological data quote the “advance of the visual stream on the audio stream”, few papers provide quantitative evidence (see Chandrasekaran et al., 2009) and when they do, these are sometimes mistaken or oversimplified. Actually, the temporal relationship between visual and auditory information is far from constant from one situation to another (Troille et al., 2010). Concerning the perceptuo-motor link, the situation is even worse. Few systematic quantitative studies are available because of the difficulty to acquire articulatory data, and in these studies the focus is generally set on the so-called “inversion problem” (e.g. Ananthakrishnan & Engwall, 2011, Hueber et al., 2012) rather than a systematic characterization of the structure of the perceptuo-motor relationship. Finally, there is a strong lack of systematic investigations of the relationship between orofacial and bracchio-manual gestures in face-to-face communication.

We shall gather a large corpus of audio-visuo-articulatory-gestural speech. Articulatory data will be acquired through ultrasound, electromagnetic articulography (EMA) and video imaging. Labial configurations and estimates of jaw movements will be automatically extracted and processed thanks to a large range of video facial processing. We also additionally plan to record information about accompanying coverbal gestures by the hand and arm, thanks to an optotrack system enabling to track bracchio-manual gestures. A complete equipment for audio-video-ultrasound-EMA-optotrack acquisition and automatic processing, named ultraspeech-tools, is available in Grenoble (more information on www.ultraspeech.com). The corpus will consist in isolated syllables, chained syllables, simple sentences and read material. Elicitation paradigms will associate reading tasks (with material presented on a computer screen) and dialogic situations between the subject and an experimenter to evoke coverbal gestures as ecologically as possible.

The corpus will be analyzed, by extensive use and possibly development of original techniques, based on data–driven statistical models and machine learning algorithms, in the search for three major types of characteristics:

1. Quantification of auditory, visual and motor rhythms, from kinematic data – e.g. acoustic envelope, lip height and/or width, variations in time of the principal components of the tongue deformations, analysis of the arm/hand/finger dynamics;

2. Quantification of delays between sound, lips, tongue and hand in various kinds of configurations associated with coarticulation processes (e.g. vowel to vowel anticipatory and perseverative phenomena, consonant-vowel coproduction, vocal tract preparatory movement in silence) and oral/gestural coordination;

3. Quantification of the amount of predictability between lips, tongue, hand and sound, through various techniques allowing the quantitative estimate of joint information (e.g. mutual information, entropy, co-inertia) and perform statistical inference between modalities (e.g. Graphical models such as dynamic Bayesian Framework, multi-stream HMM, etc.)

The work will be performed within a multidisciplinary group in GIPSA-Lab Grenoble, associating specialists in speech and gesture communication, cognitive processes, signal processing and machine learning (partners of the project: Jean-Luc Schwartz, Marion Dohen from the “Speech, Brain, Multimodality Development” team; Thomas Hueber, Laurent Girin from the “Talking Machines and Face to Face Interaction” team; Pierre-Olivier Amblard and Olivier Michel from the “Information in Complex Systems” team).

Practical information

The post-doc position is open for a two-year period, with a possible third-year prolongation. The position is open from September 2014, or slightly later if necessary.

Candidates should have a background in speech and signal processing, face-to-face communication, and machine learning, or at least two of these three domains.

Candidates should send as soon as possible a short email to Jean-Luc Schwartz (Jean-Luc.Schwartz@gipsa-lab.grenoble-inp.fr) to declare their intention to submit a full proposal.

Then they must send a full application file in the next weeks. This application file will include an extended CV and a list of publications, together with a letter explaining why they are interested in the project, what their specific interests could be, possibly suggesting other experiments related to the general question of the informational structure of audio-visuo-motor speech, and also how this position would fit into their future plans for the development of their own career. They should also provide two names (with email addresses) for recommendations about their applications. Preselected candidates will be interviewed.

Final selection should occur before mid-June.

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Speech Unit(e)s

The multisensory-motor unity of speech

Understanding how speech unites the sensory and motor streams,

And how speech units emerge from perceptuo-motor interactions

ERC Advanced Grant, Jean-Luc Schwartz, GIPSA-Lab, Grenoble, France

Proposal for a post-doc position beginning in September 2014: “Joint development of perception, action and phonology”

Context

The Speech Unit(e)s project is focused on the speech unification process associating the auditory, visual and motor streams in the human brain, in an interdisciplinary approach combining cognitive psychology, neurosciences, phonetics (both descriptive and developmental) and computational models. The framework is provided by the “Perception-for-Action-Control Theory (PACT)” developed by the PI (Schwartz et al., 2012).

PACT is a perceptuo-motor theory of speech communication, which connects in a principled way perceptual shaping and motor procedural knowledge in speech multisensory processing. The communication unit in PACT is neither a sound nor a gesture but a perceptually shaped gesture, that is a perceptuo-motor unit. It is characterized by both articulatory coherence – provided by its gestural nature – and perceptual value – necessary for being functional. PACT considers two roles for the perceptuo-motor link in speech perception: online unification of the sensory and motor streams through audio-visuo-motor binding, and offline joint emergence of the perceptual and motor repertoires in speech development.

Objectives of the post-doc position

The general objective here is to gather phonetic data on the joint development of perception, action and phonology, to assess how perceptuo-motor speech units emerge and evolve in the course of acquisition, reacquisition, evolution or learning of a given phonological system.

Among the considerable amount of studies about the development of speech production and speech perception in the first years of life, very few consider the link between perception and action. Apart from historical disciplinary reasons – perceptual development is mainly studied by psycholinguists and production development by phoneticians – there is also a theoretical cause to this puzzling separation. Since it is now well known that phonetic perceptual abilities in infants are well in advance of production skills, it has become implicitly obvious for most researchers that perception was largely independent from production. The advance of perceptual on production skills has actually been considered as a major weakness of motor theories, and generally a decisive argument in favor of auditory theories of speech perception.

The view in PACT is different. While it is known that the construction of perceptual prototypes begins earlier than the development of motor prototypes, we assume in PACT that the later development of speech production intervenes in modifying the perceptual repertoire. This will be studied in this post-doc position through two series of experiments, aiming at illustrating two possible mechanisms for motor-driven evolution of perceptual phonetic categories.

1. Reconfiguration of perceptual categories: coupled auditory and motor idiosyncrasies – The development of motor prototypes during acquisition should induce reconfiguration of perceptual categories. Therefore, motor idiosyncrasies – specific choices of individual ways to produce a target inside the space defined by native phonology – should result in perceptual idiosyncrasies: if a subject chooses to produce a specific phonological contrast in her language in a specific way, this should be mirrored in the way the subject perceives the same contrast. This hypothesis will be studied in various phonetic dimensions.

2. Creation of new categories by perceptuo-motor coupling – According to PACT, the acquisition of new motor knowledge could enable the infant to create a new category. A typical example concerns plosive place of articulation, for which acoustic characterisation remains controversial (e.g. Stevens & Blumstein, 1981; Sussman et al., 1998), while articulatory characterization is straightforward. The relationship between the emergence of such categories in perception and in production is seldom considered. We assume that once an infant knows how to produce syllables with different places of articulation, she can realise that they are associated with specific articulatory gestures and hence form a new perceptual category related to articulatory properties. We will test this assumption in infants before and after the onset of canonical babbling (3 to 12 months), to possibly relate the emergence of perceptual categories with the onset of articulatory abilities. The same kind of studies will be possibly undertaken on pre-lingual children after cochlear implantation.

The work will be realized within a speech team in GIPSA-Lab Grenoble (partners in the project: Jean-Luc Schwartz, Anne Vilain), in close collaboration with a developmental and cognitive psychology team in LPNC Grenoble (partners in the project: Hélène Loevenbruck, Olivier Pascalis, David Meary).

Practical information

The post-doc position is open for a two-year period, with a possible third-year prolongation. The position is open from September 2014, or slightly later if necessary.

Candidates should have an experience in phonetics, cognitive and neurocognitive psychology, and developmental psychology, or at least two of these three domains.

Candidates should send as soon as possible a short email to Jean-Luc Schwartz (Jean-Luc.Schwartz@gipsa-lab.grenoble-inp.fr) to declare their intention to submit a full proposal.

Then they must send a full application file in the next weeks. This application file will include an extended CV and a list of publications, together with a letter explaining why they are interested in the project, what could be their specific interests, possibly proposing other experiments related to the general question of the joint development of perception, action and phonology; and also how this position would fit into their future plans for the development of their own career. They should also provide two names (with email addresses) for recommendations about their applications. Preselected candidates will be interviewed.

Final selection should occur before mid-June.

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--== POSTDOCTORAL FELLOWSHIP in speech communication with robots for people with Alzheimer’s disease ==--

Employer: Toronto Rehabilitation Institute and the University of Toronto

Title: PostDoc

Specialty: Machine learning, natural language processing, human-computer interaction

Location: Toronto Ontario Canada

Deadline: Until filled

Date Posted: 31 March, 2014

We are seeking a skilled postdoctoral fellow (PDF) whose expertise intersects automatic speech recognition (ASR) and human-computer interaction (HCI). The PDF will work with a team of internationally recognized researchers on software for two-way speech-based dialogue between individuals with Alzheimer’s disease (AD) and robot ‘caregivers’. This software will automatically adapt the vocabularies, language models, and acoustic models of the component ASR to data collected from individuals with AD. The type of speech produced by the robot in response to human activity is vital, and several statistical models of dialogue will be pursued, including partially-observable Markov decision processes.

Work will involve software development, data analysis, dissemination of results (e.g., papers and conferences), and partial supervision of graduate and undergraduate students. Some data collection may be involved. Although primarily a technological intervention, this work is highly multidisciplinary, with a strong connection to the field of speech-language pathology and clinical practice.

The successful applicant will have:

1)      A doctoral degree in a relevant field of computer science, electrical engineering, biomedical engineering, or a relevant discipline;

2)      Evidence of impact in research through a strong publication record in relevant venues;

3)      Evidence of strong collaborative skills, including possible supervision of junior researchers, students, or equivalent industrial experience;

4)      Excellent interpersonal, written, and oral communication skills;

5)      A strong technical background in machine learning, natural language processing, and human-computer interaction. Experience with clinical populations, especially those with dementia or Alzheimer’s disease, is preferred.

This work will be conducted at the Toronto Rehabilitation Institute and at the University of Toronto. Toronto Rehab has a diverse workforce and is an equal opportunity employer. Work can commence as soon as June 2014. The initial contract is for 1 year although extension is possible; the project itself will last 3 years.

Please contact Dr. Frank Rudzicz by email at frank@cs.toronto.edu with any questions or with 1) your up-to-date CV, 2) a cover letter, 3) a short 1-page statement of purpose if interested in applying to the position.

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New call for applicant/ research fellow

The research group on hearing impairment and cochlear implants is located at the Dept. of

Educational and Social Policy of the University of Macedonia which works in collaboration

with the AHEPA Cochlear Implant Center as well as other local educational, speechpathology

and parental organizations in Greece. It focuses on assessing and optimizing

communication skills and also fostering educational success for children with hearing loss

and/or cochlear implants. Researchers have access to audiological and speech state-of-the

art equipment (nasometer, palatometer, OAE systems, etc) and work in a scientifically

focused and welcoming multidisciplinary environment. The doctoral students are enrolled in

the Graduate Program of the Dept. of Educational and Social Policy. A vacancy is available

for an:

Early Stage Researcher (PhD)

to investigate “Speech processing cues in children with hearing loss (CI)”

This position has been opened in the framework of ‘iCARE’, a European research and training

network (Marie Curie ITN) on ‘improving Children’s Auditory REhabilitation’. iCARE is an

international and interdisciplinary consortium from academia, industry and socio-economic

agencies. The position is available for 3 years, starting in June 2014 and aims in the

completion of a Ph.D. within 4 years. Limited funding may be available in the 4th year.

The aim of the ESR is to investigate the phono-prosodic cues that underlie the processing of

spoken words by profoundly hearing impaired children with cochlear implants (CI).

Objectives:

 Assess the role of speech signal cues on lexical processing by CI children

 Investigate the acquisition of phonological grammar by CI children in two languages,

Greek and another language.

 Develop hierarchies of phono-prosodic cues that facilitate lexical processing

 Develop e-learning/remote rehabilitation tools for clinical practice and/or parent

guidance.

Tasks and methodology:

 Psycholinguistic experiments that involve presentation of controlled speech stimuli,

computerized, forced-choice tasks, reaction times and elicited productions.

 Obtaining accuracy ratings and performing acoustic analysis of speech via spectrography.

 Conducting speech and language assessments in young children with CI, working with

them in sound-attenuated rooms, making audio recordings.

 Programming and carrying out computerized tasks.

Your profile:

 A university Master degree (or equivalent) in Communication Disorders, Hearing

Impairment, Speech Science or Hearing Science

 Scientific background in the study of speech, acoustics and phonology

 A vested interest in hearing-impaired children and multi-disciplinary international team

work, demonstrated by willingness to move to Salonika, Greece.

 Familiarity with research tools, such as PRAAT, E-Prime or other computerized software

for designing psycholinguistic tasks.

 Technical competence for data analysis (Excell, SPSS, Statistica, etc.).

 Excellent command of English language, both in academic writing and in verbal

communication. Knowledge of Greek is recommended.

 Research experience in any of the above fields and clinical or other experience in working

with children is desirable.

How to apply? Please send your CV, full contact information for two references and letter of

intent to Prof. Areti Okalidou (okalidou@uom.gr). Make sure that you obtain a confirmation

response upon their receipt. Other documents such as English language proficiency and

recommendations may be requested to be available later on.

Mailing address:

Areti Okalidou,

Associate Professor,

Dept. of Educational and Social Policy,

University of Macedonia,

Egnatia 156, P.O. Box 1591,

Salonika 540 06

Greece.

Tel. : +30-2310-891358.

General Information:

Improving Children’s Auditory Rehabilitation (iCARE)

FP7‐Marie Curie Initial Training Network

Objectives

The objectives of improving Children’s Auditory REhabilitation (iCARE) are

1) to provide training to create a new generation of researchers capable of exploiting the

synergies between different disciplines to optimize spoken communication in children with

hearing impairment, and

2) to combine research across disciplines to develop novel methods, training skills and procedures

for improving auditory rehabilitation.

iCARE is an international and interdisciplinary consortium from academia, industry and

socio-economic agencies and offers a choice of 11 PhD and 3 postdoc positions, starting June or

July 2014. Each project is supervised by a multidisciplinary team of experts and will benefit from

extensive training. Please contact 1 or more partners for project specific educational

prerequisites. In December 2013 a website will be available with more details and a procedure for

applying.

Partners and topic

 KU Leuven (Leuven, Belgium): Prof. Dr. Astrid van Wieringen

(astrid.vanwieringen@med.kuleuven.be) Temporal processing in children with unilateral

HI.

 KU Leuven (Leuven, Belgium): Prof. dr .Wim Van Petegem

(wim.vanpetegem@kuleuven.be) Factors influencing e-learning.

 RWTH (Aachen, Germany): Prof. Dr.-Ing. Janina Fels (Janina.Fels@akustik.rwth-aachen.de)

Acoustic Virtual Reality for HI and Development of ‘realistic’ test procedures for children

with HI.

 LiU (Linköping, Sweden:) Prof. dr. Björn Lyxell (bjorn.lyxell@liu.se) Higher-order

(auditory-cognitive) remediation.

 RUN (Nijmegen, the Netherlands): Prof. dr. Ad Snik (A.Snik@kno.umcn.nl) Optimizing

auditory scene analysis for the hearing impaired.

 UCL (London, UK): dr. Lorna Halliday ( l.halliday@ucl.ac.uk) Auditory processing in

children with HI.

 UOM (Thessaloniki, Greece): Prof. dr. Areti Okalidou (okalidou@uom.gr) Speech

processing cues in children with HI.

 GAVLE (Gävle, Sweden): Prof. dr. Staffan Hygge (Staffan.Hygge@hig.se) Learning in

different acoustic scenes.

 COCHLEAR UK (Mechelen, Belgium*): dr. Filiep Vanpoucke (fvanpoucke@cochlear.com)

Investigating listening situations by means of scene classifiers. Music remediation.

 NOLDUS (Wageningen, the Netherlands): dr. Nico van der Aa (n.vanderaa@noldus.nl)

Development of a new system to determine quality of communication.

Eligibility

Marie Curie funding is intended to promote mobility of early career researchers within the

research community. Candidates must:

a) have received a degree (Bachelor or Master's) that qualifies them for PhD training,

b) should not have undertaken more than 4 years of fulltime research subsequent to that degree,

and

c) should not have been resident within the ‘country of interest’ (see individual projects) for more

than 12 months within the 3 years prior to 1 June 2014.

For a full description of the eligibility conditions see:

http://ec.europa.eu/research/mariecurieactions/

An excellent 1st degree, good verbal and written communication skills in English, and an interest

in multidisciplinary research are essential.

At this stage applicants can express their interest and/or ask for additional information by

contacting the individual partner(s). Mobility expenses are provided in addition to a salary.

Prof dr Astrid van Wieringen ExpORL,

Dept Neurosciences Herestraat 49, 3000 Leuven, Belgium

astrid.vanwieringen@med.kuleuven.be

tel 00 32 16 330478

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PhD thesis: Smart dialogue based on human-human conversation

Supervisor: Laroche Romain (romain.laroche@orange.com)

Company: Orange Labs (www.orange.com/en/innovation)

Place: Issy-les-Moulineaux (Paris, France)

To start around October 2014

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Dans le cadre d'un co-financement entre la DGA et l'Université d'Aix Marseille, nous recherchons des candidats pour un contrat doctoral de 3 ans, débutant en septembre 2014, portant sur l'analyse automatique de documents vidéo, et plus particulièrement sur des approches multimodales de traitement de l'information visuelle, audio et texte.

Nous recherchons des candidats titulaire d'un Master Informatique (ou équivalent), ou en cours d'obtention d'un tel Master (et qui sont actuellement en stage).

La date limite de candidature est fixée au 25 avril 2014. Le dossier de candidature est composé d'un CV détaillé, la copie du dernier diplôme ou de l'attestation de réussite avec un relevé de notes et tous les éléments que vous jugerez utiles de joindre pour conforter votre dossier de candidature.

Le titre de la proposition de thèse est : 'Compréhension Multimodale – vers des traitements joints audio/image pour la compréhension multimodale de documents vidéo'
Mots-clés : traitement automatique de la parole, traitement automatique de la langue, traitement d'image, apprentissage automatique, recherche d'information.
Une description du sujet est disponible à l'adresse suivante : http://pageperso.lif.univ-mrs.fr/~frederic.bechet/prop_these_court_DGA2014_LIF_TALEP.pdf

Pour toute demande de renseignement : frederic.bechet@univ-amu.fr

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Research Assistant/Associate in Statistical Spoken Dialogue

Systems (Fixed Term)

Applications are invited for a research position in statistical spoken dialogue systems in the

Dialogue Systems Group at the Cambridge University Engineering Department. The position

is sponsored by Toshiba Cambridge Research Laboratory.

The main focus of the work will be on the development of techniques and algorithms for

implementing robust statistical dialogue systems which can support conversations ranging

over very wide, potentially open, domains. The work will extend existing techniques for

belief tracking and decision making by distributing classifiers and policies over the

corresponding ontology.

The successful candidate will have good mathematical skills and be familiar with machine

learning. S/he will have the ability to design tests and experiments and to design and

develop new methods and algorithms to address research objectives and find solutions.

Preference will be given to candidates with specific understanding of Bayesian methods and

reinforcement learning, experience in spoken dialogue systems, and strong software

engineering skills. Candidates with good communication and writing skills and knowledge of

semantic web, OWL and ontologies will be at an advantage. Candidates should have, or will

shortly have, a PhD in an area related to speech technology. However, candidates with

comparable research experience are also encouraged to apply.

This is an exciting opportunity to join one of the leading groups in statistical speech and

language processing. Cambridge provides excellent research facilities and there are

extensive opportunities for collaboration, visits and attending conferences.

Salary Ranges: Research Assistant: £24,289 ‐ £27,318 Research Associate: £28,132 ‐ £36,661

Fixed‐term: The funds for this post are available for 24 months in the first instance.

The post is based in Central Cambridge, Cambridge, UK.

Once an offer of employment has been accepted, the successful candidate will be required

to undergo a health assessment.

To apply online for this vacancy, please click on the 'Apply' button below. This will route you

to the University's Web Recruitment System, where you will need to register an account (if

you have not already) and log in before completing the online application form.

Please ensure that you upload your Curriculum Vitae (CV), a statement of research interests

and a covering letter in the Upload section of the online application. If you upload any

additional documents which have not been requested, we will not be able to consider these

as part of your application. Please submit your application by midnight on the closing date.

If you have any questions about this vacancy or the application process, please contact:

Elisabeth Barlow, email Elisabeth.Barlow@admin.cam.ac.uk. (Tel +44 01223 765692)

Please quote reference NM03182 on your application and in any correspondence about this

vacancy.

The University values diversity and is committed to equality of opportunity.

The University has a responsibility to ensure that all employees are eligible to live and work

in the UK

Apply online link:

<a href='http://hrsystems.admin.cam.ac.uk/recruit‐ui/apply/NM03182' class='campl‐primarycta'>

Apply online</a>

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Post-doctoral position in Cognitive Neuroscience (MRG Group)

Applications are invited for a full-time post-doctoral research position in the MULTISENSORY RESEARCH GROUP, led by Salvador Soto-Faraco, at the Pompeu Fabra University (Barcelona).

The group addresses the behavioral and neural expression of multisensory integration processes and their underlying mechanisms in the brain. This research spans several perceptual domains (speech, temporal and spatial processing, in vision, audition and touch, and body representation) and research approaches (psychophysics, neuroimaging, and brain stimulation with TMS).

We seek a person with solid, demonstrable experience who is able to lead a research line complementary to the group’s activities. Involvement in some organizational and management aspects is expected. The candidate must have (1) a PhD degree at the moment of application or soon thereafter (Sept 2014), (2) a solid demonstrable experience with publications in the field of Cognitive or Computational Neuroscience, and (3) strong motivation for multisensory integration, perception and attention. Please, bear in mind that applications that do not meet these standards will not be considered. Candidates outside the EU are welcome to apply but they might have to clear working visa requirements on their own.

We offer onsite ERP/EEG, TMS, and psychophysical testing facilities, neuronavigation system, a wide range of visual auditory and somatosensory stimulation equipment, and the use of fMRI and MEG recording facilities externally. The position will be funded for up to three years.

Starting date: Sept 2014 or before.

Salary: Commensurate with experience (up to 47,300Eur/Year gross)

How to apply

Applications should include:

- a full CV

- a short cover letter including a statement of research interests

- the names of three scholars who are willing to serve as references for the applicant

Check out www.mrg.upf.edu for info on the group. For informal enquiries about the position and applications, please contact Salvador Soto-Faraco at applications.MRGLab@gmail.com.

Deadline May 7th, 2014

Please, mention that you are applying to the POSTDOCTORAL position in the email subject.

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OFFRE DE THÈSE–ASLAN2014-2017

BABILLAGE ET ORALITE ALIMENTAIRE

La candidature à retourner par voie électronique à Sophie Kern (Sophie.Kern@univ-lyon2.fr) et Mélanie Canault (melanie.canault@univ-lyon1.fr).

 Cadre de la thèse

Cette thèse, financée par le laboratoire d’excellence ASLAN (Advanced studies on language complexity). Le financement est de l’ordre de 1 350 €net par mois sur une durée de 3 ans.

 Responsables scientifiques :

Sophie KERN et Mélanie CANAULT

 Laboratoire de rattachement : laboratoire DDL Dynamique Du Langage (UMR5596 CNRS – Université Lumière Lyon 2, Lyon, France)

 Date de recrutement : septembre 2014 - octobre 2014

 Date limite de candidature : 31 mai 2014

 Documents demandés : un CV détaillé accompagné d’une lettre de motivation. Le CV devra clairement faire état du parcours universitaire et des compétences acquises par le candidat. Les relevés de notes de master 1 et 2 sont également exigés.

 Profil du candidat

Cette proposition de thèse s’adresse principalement à des étudiants titulaires d’un Master en sciences du langage ou en sciences cognitives. Le candidat sélectionné devra être intéressé par l’acquisition du langage chez le très jeune enfant. Les candidatures étrangères sont recevables à condition que le candidat ait une excellente maîtrise du français, à l’oral comme à l’écrit.

Dans l’idéal, le candidat devra présenter des connaissances dans l’un ou plusieurs des domaines suivants :

- Psycholinguistique développementale.

- Phonétique acoustique utilisation de logiciels de traitement du signal : Praat®.

- Oralité alimentaire

Et avoir une expérience dans l’expérimentation avec les jeunes enfants.

 Description du projet

Le développement oro-moteur au cours de la première année de vie est un processus extrêmement riche et complexe qui va conduire le jeune enfant sur le chemin du développement linguistique.

La période du babillage (6-12 mois) est souvent décrite comme une étape cruciale du processus d’acquisition du langage au cours de laquelle le potentiel articulatoire du bébé va considérablement progresser. Cette période est très facilement identifiée par les parents car elle correspond à l’émergence des premières syllabes. Ces dernières seraient le résultat de la superposition du mouvement vertical de la mandibule à la phonation (MacNeilage 1998).

Au stade du babillage, la mandibule est donc un articulateur dominant. Cela s’explique par les liens anatomiques, cérébraux et moteurs existants entre l’activité de parole et celle de nutrition (Luschei & Goldberg 1981, Lund et Enomoto 1988, Rizzolatti et al. 1996, Fogassi et Ferrari 2005), et c’est en partie pour ces raisons que les professionnels du langage établissent un lien étroit entre le développement de l’oralité alimentaire et celui du langage (Rééducation Orthophonique 2004).

La mandibule est ainsi directement impliquée dans le développement de l’oralité. Néanmoins, le contrôle moteur du bébé est immature et ses mouvements mandibulaires sont plus lents que ceux de l’adulte. En effet, la parole adulte s’établit sur un rythme s’élevant à 5-6Hz (Jürgens 1998, Lindblom 1983) alors que les productions précoces avoisinent les 2.5-3Hz (Dolata 2008). Le timing des mouvements mandibulaires doit donc se réorganiser au cours du développement. On émet l’hypothèse que des changements importants surviendraient au cours de la premières année, d’une part, parce que des études ont montré que les patrons cinématiques de la mandibule se rapprocheraient de ceux de l’adulte dès l’âge d’un an (Green et al 2000, 2002) et d’autre part, parce que des travaux préliminaires nous ont permis (Canault & Laboissière 2011, Fouache & Malcor 2013) de montrer, grâce à l’observation de la durée syllabique, qu’une accélération de l’oscillation mandibulaire s’amorçait entre l’âge de 8 mois et celui de 12 mois. Toutefois, les tendances dégagées doivent être confirmées.

L’enjeu parait important au vu du caractère prédictif du babillage. Des travaux ont en effet déjà fait ressortir que les productions du babillage et des premiers mots pouvaient rendre compte du potentiel articulatoire et communicatif ultérieur (Stoel-Gammon 1988, Stark et al. 1988, Oller et al. 1999, Levin 1999, Otapowicz et al. 2007, Nip et al. 2010), mais aucun ne s’appuie sur le paramètre temporel ni ne s’appuie sur les caractéristiques segmentales et structurelles des productions.

Objectifs

1. Définir des étapes charnières de l’oralité alimentaire au cours des deux premières années de vie.

2. Etablir le lien entre les étapes de l’oralité alimentaire et les étapes du babillage en termes de fréquences oscillatoires et de caractéristiques structurelles des énoncés (ex : fréquences des réduplication, contenu segmental….

3. Déterminer les liens entre les caractéristiques du babillage et le développement lexical.

Canault, M. & Laboissière, R. (2011). Le babillage et le développement des compétences articulatoires : indices temporels et moteurs. Faits de langues, 37, 173-188.

Dolata J.K., Davis, B.L. & MacNeilage, P.F. (2008). Characteristics of the rhythmic organization of vocal babbling: implications for an amodal linguistic rhythm. Infant behavior & development, 31 (3), 422-431.

Fogassi L. & Ferrari P.F. (2005). Mirror neurons, gestures and language evolution. Interaction Studies, 5 (3), 345-363.

Fouache, M. & Malcor M. (2013). Evolution de la fréquence d’oscillation mandibulaire du babillage canonique aux premiers mots. Mémoire d’orthophonie, Université Lyon1.

Green, J.R., Moore, C.A., Higashikawa, M. & Steeve, R.W. (2000). The physiologic development of speech motor control: lip and jaw coordination. Journal of Speech, Language, and Hearing Research, 43, 239-255.

Green, J.R., Moore, C.A. & Reilly, K.J. (2002). The sequential development of jaw and lip control for speech. Journal of Speech, Language, and Hearing Research, 45, 66-79.

Jürgens U. (1998). Speech evolved from vocalization, not mastication. Commentaire à MacNeilage P.F.(1998). The Frame/Content theory of evolution of speech production. Behavioral and Brain Sciences, 21, 519-520.

Kern, S. & Gayraud, F (2010). IFDC. Les éditions la cigale, Grenoble.

Levin K. (1999). Babbling in infants with cerebral palsy. Clinical Linguistics & Phonetics, 13 (4), 249-267.

Lindblom B. (1983). Economy of speech gestures. In The Production of Speech. MacNeilage P.F. (Ed.).New York, Springer, 217-245.

Lund J.P. & Enomoto S. (1988).The generation of mastication by the central nervous system. In Neural control of rhythmic movement. Cohen A., Rossignol S. & Grillenr S. (Eds.). New York, Wiley,41-72.

Luschei E.S. & Goldberg L.J. (1981). Mastication and voluntary biting. In Handbook of physiology: the nervous system, vol.2. Brooks V.B. (Ed.). Bethesda, American Physiological Society, 1237-1274.

MacNeilage P.F. (1998).The Frame/Content theory of evolution of speech production. Behavioral and Brain Sciences, 21, 499-546.

Nip I.S.B., Green J.R. & Marx D.B. (2010). The co-emergence of cognition, language, and speech motor control in early development : A longitudinal correlation study. Journal of Communication Disorders, 44 (2), 149-160.

Oller D.K., Eilers R.E., Neal A.R. & Schwartz H.K. (1999). Precursors to speech in infancy: the prédiction of speech and language disorders. Journal of Communication Disorders, 32, 223-245.

Otapowicz D., Sobaniec W., Kutak W., Sendrowski K. (2007). Severity of dysarthric speech in children with infantile cerebral palsy in correlation with the brain CT and MRI. Advances in Medical Sciences, 52, 188-223.

Les troubles de l’oralité alimentaire, Rééducation Orthophonique, 220, 2004.

Rizzolatti G., Fadiga L., Gallese V. & Fogassi L. (1996). Premotor cortex and the recognition of motor actions. Cognitive Brain Research, 3, 131-141.

Stark R.E., Ansel B.M. & BOND J. 1988. Are prelinguistics abilities predictive of learning disability? A follow-up study. In Preschool prevention of reading failure. Maslan R.L. & Masland M. (Eds.). Parkton, York Press.

Stoel-Gammon C. 1988. Prelinguistic vocalisations of hearing-impaired and normally hearing subjects: a comparison of consonantal inventories. Journal of Speech and Hearing Disorders, 53, 302-315.

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Human-Computer Interaction

Prof. Dr. Frank Steinicke

* The temporary deployment is based on § 2 Wissenschaftszeitvertragsgesetz.

!

Faculty: Mathematics, Computer Science and Natural Science

Department: Computer Science

Area: Human-Computer Interaction

The Human-Computer Interaction group at the University of Hamburg is seeking for talents!

We invite applications for the position of a

Scientific Associate (Doctoral Student)

to be filled for a period of three years as soon as possible.* Salary for the position is according to E13

TV-L (100% position, which corresponds to 39 hours of work per week).

The University of Hamburg seeks to increase the number of female researchers, and we particularly

invite women to apply. Women will be given preference if they are equally qualified. Part-time positions

are also possible.

Responsibilities:

The responsibilities include academic services, in particular teaching and research. According to § 28

Abs. 1 S. 3 Hamburgisches Hochschulgesetz (HmbHG), the candidate will get the opportunity for

scientific qualification, in particular to pursue a doctoral degree.

Job Description:

We are looking for highly motivated candidates, who are eager to get involved in cutting edge research

as well as creative teaching approaches in human-computer interaction. It is required that

candidates hold a (natural scientific) university degree (diploma or master), preferably in the fields

human-computer interaction or computer science (in media). Applicants should have solid background

in programming and interest in interdisciplinary teamwork.

Skills and knowledge are preferred in the fields of in-/output devices (e.g., stereoscopic 3D-displays,

tracking systems, multi-touch devices), good command of English, as well as interests in at least one

of the following research fields:

• Human-Computer Interaction,

• Virtual, Augmented or Mixed Reality,

• Interactive 3D Computer Graphics or Computer Vision,

• Interaction Design,

• Perceptual Psychology, and/or

• Cognitive Sciences.

Condition of Employment:

It is required that candidates hold a university degree in areas according to the job description.

Handicapped person will be given preference over nonpreferential persons if they are equally qualified.

Applications with the typical information (covering letter, CV, certificates) should be sent as pdf document

not later than June 1st, 2014 to Prof. Dr. Frank Steinicke, Human-Computer Interaction, Department

of Computer Science, Vogt-Köln-Str, 30, 22527 Hamburg, Germany.

For further information, please contact Prof. Dr. Frank Steinicke (steinicke@informatik.unihamburg.

de).

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