A mathematical model of embodied consciousness
D Rudrauf, D Bennequin, I Granic, G Landini… - Journal of theoretical …, 2017 - Elsevier
We introduce a mathematical model of embodied consciousness, the Projective Consciousness
Model (PCM), which is based on the hypothesis that the spatial field of consciousness (…
Model (PCM), which is based on the hypothesis that the spatial field of consciousness (…
A homographic best approximation problem with application to optimized Schwarz waveform relaxation
D Bennequin, M Gander, L Halpern - Mathematics of Computation, 2009 - ams.org
We present and study a homographic best approximation problem, which arises in the
analysis of waveform relaxation algorithms with optimized transmission conditions. Its solution …
analysis of waveform relaxation algorithms with optimized transmission conditions. Its solution …
[HTML][HTML] Movement timing and invariance arise from several geometries
D Bennequin, R Fuchs, A Berthoz… - PLoS computational …, 2009 - journals.plos.org
Human movements show several prominent features; movement duration is nearly
independent of movement size (the isochrony principle), instantaneous speed depends on …
independent of movement size (the isochrony principle), instantaneous speed depends on …
[HTML][HTML] The projective consciousness model and phenomenal selfhood
…, D Bennequin, K Friston, D Rudrauf - Frontiers in …, 2018 - frontiersin.org
We summarize our recently introduced Projective Consciousness Model (PCM) ( Rudrauf et
al., 2017 ) and relate it to outstanding conceptual issues in the theory of consciousness. The …
al., 2017 ) and relate it to outstanding conceptual issues in the theory of consciousness. The …
[HTML][HTML] The homological nature of entropy
P Baudot, D Bennequin - Entropy, 2015 - mdpi.com
… Thus each object in the category D S of modules over a ringed site S possesses a canonical
injective resolution I * (N); then the group E x t D n ( M , N ) can be defined as the homology …
injective resolution I * (N); then the group E x t D n ( M , N ) can be defined as the homology …
[HTML][HTML] Assessing morphology and function of the semicircular duct system: introducing new in-situ visualization and software toolbox
…, A Stoessel, A Berthoz, F Spoor, D Bennequin - Scientific reports, 2016 - nature.com
The semicircular duct system is part of the sensory organ of balance and essential for navigation
and spatial awareness in vertebrates. Its function in detecting head rotations has been …
and spatial awareness in vertebrates. Its function in detecting head rotations has been …
Gaze anticipation during human locomotion
D Bernardin, H Kadone, D Bennequin, T Sugar… - Experimental brain …, 2012 - Springer
… 3d), but this assumption is not examined in the present work and will be analyzed in a future
paper. In our study, we examined whether this gaze pattern reflects the anticipation of the …
paper. In our study, we examined whether this gaze pattern reflects the anticipation of the …
[HTML][HTML] Topological information data analysis
P Baudot, M Tapia, D Bennequin, JM Goaillard - Entropy, 2019 - mdpi.com
This paper presents methods that quantify the structure of statistical interactions within a
given data set, and were applied in a previous article. It establishes new results on the k-…
given data set, and were applied in a previous article. It establishes new results on the k-…
[HTML][HTML] Motion from the past. A new method to infer vestibular capacities of extinct species
… Nous proposons une nouvelle méthode d’analyse des canaux semi-circulaires, basée sur
… du système des canaux semi-circulaires et d’en déduire sa capacité à détecter des rotations …
… du système des canaux semi-circulaires et d’en déduire sa capacité à détecter des rotations …
[HTML][HTML] The moon illusion explained by the projective consciousness model
D Rudrauf, D Bennequin, K Williford - Journal of theoretical biology, 2020 - Elsevier
… We have d Θ d θ = λ ρ μ υ λ 2 ρ 2 s i n θ 2 + μ 2 υ 2 c o s θ 2 , d Φ d φ = μ υ μ 2 s i n φ 2 +
υ 2 c o s φ 2 , and s i n Θ = λ ρ s i n θ λ 2 ρ 2 s i n θ 2 + μ 2 υ 2 c o s θ 2 . Therefore: …
υ 2 c o s φ 2 , and s i n Θ = λ ρ s i n θ λ 2 ρ 2 s i n θ 2 + μ 2 υ 2 c o s θ 2 . Therefore: …