FREDERIC PIAT

Publications
Back to main page

DOB: 8/7/68 in Dijon, Burgundy, France. French citizen

Current situation: Maitre de conférences at ENSIM (Ecole Nationale Supérieure d'Ingénieurs du Mans), Université du Maine.

Graduated with a PhD in Human Development and Communication Disorders at the School of Human Development at the University of Texas at Dallas.

"ARTIST: ADAPTIVE RESONANCE THEORY for the INTERNALIZATION of the STRUCTURE of TONALITY" (almost 1Mb) Abstract

Languages spoken/written: French, English, Spanish

Programmation languages proficiencies:

University Education:
Bachelor (1990) and Master's (1991) in Computer Sciences / Artificial Intelligence from the University of Dijon, France, including the following classes (can't remember all of them): DEA (1992) Diplome d'Etudes Approfondies, (= post-master's degree) in Artificial Intelligence and Production Sciences from the University of Besancon, France.

M.S. (1998) in Applied Cognition and Neuroscience from the University of Texas at Dallas.


NEURAL NETWORKS:

Projects during the years 90-92 concerned NEURAL NETWORKS:

Since 1993, student in the PhD program 'Applied cognition and Neuroscience' at the School of Human Development, University of Texas at Dallas (UTD). Classes taken (All passed with grade 'A'): Advanced Research methods, Cognitive Science I & II, Perception, Attention, Neural Networks, Tools for ANN analysis and design, Seminar of neural computer simulations (Neuron and Genesis programming), Auditory scene analysis, Natural Language Understanding.

Professional Experiences: Tutoring, Teaching, Research & Software Development
Tutoring of many French students in Mathematics, Physics, Chemistry, English Worked for the software company InovaSys, developing part of the following softwares (including ALL imagery and user interface modules):

Since 1993, teaching assistant for research methods / statistics class for psychology undergraduates at UTD. This involved teaching labs (including computer labs, teaching the use of SAS, a software for statistics), grading papers and tutoring.

I conducted a series of experiments (running human subjects, preparing stimuli and statistically analysing the results) which results were presented at conferences (see next section).


Publications:

Technical Reports:
For NEuroNet II, the EC-funded "Network of Excellence" in Neural Networks (No. 28103). Unpublished:
  • 2000: Kelley L. Kaye, Frederic Piat, Thomas G.R. Bower. Visual Recognition of Manually Explored Object Shape in Human Newborns.
    See the stimuli and data

    Research interests:
    Anything that could help understand better both types of intelligence (natural and artificial) for their mutual development. Identifying the neurophysiological constraints and the importance of environmental factors (structural regularities across stimuli for instance) necessary to achieve learning.