Neuromorphic engineering is a bio-inspired approach to sensors and computers design. It aims to mimic biological systems down to the transistor level, to match their unparalleled robustness and power efficiency. In this context, event-based vision sensors have been developed. Unlike conventional cameras, they feature independent pixels which asynchronously generate an output upon detecting changes in their field of view, with high temporal precision. These properties are not leveraged by conventional computer vision algorithms, thus a new paradigm has been devised. It advocates short calculations performed on each event to mimic the brain, and shows promise both for computer vision and as a model of biological vision. This thesis explores e...
This paper addresses the following issue: Is event-based a relevant interface of engineering to mode...
Reproducing biological vision in a machine is a challenging problem for which scientists have just s...
A million and a half people suffer from Retinitis Pigmentosa, a family of inherited diseases leading...
L'ingénierie neuromorphique aborde de manière bio-inspirée le design des capteurs et ordinateurs. El...
Computational Neurosciences are a great source of inspiration for data processing and computation. N...
Studying how our nervous system and sensory mechanisms work lead to the creation of event-driven sen...
L’étude du fonctionnement de notre système nerveux et des mécanismes sensoriels a mené à la création...
Regardless of the marvels brought by the conventional frame-based cameras, they have significant dra...
The knowledge of principles and mechanisms of color human perception makes possible to implement tec...
This thesis is about the implementation of neuromorphic algorithms, using, as a first step, data fro...
The demand for computing power steadily increases to enable new and more intelligent functionalities...
Neuromorphic event-based cameras are a new type of biomimetic vision sensors, whose principle of ope...
The main goal of this thesis is the development of event-based algorithms for visual detection and t...
Event cameras are bio-inspired sensors that work radically different from traditional cameras. Inste...
This paper addresses the following issue: Is event-based a relevant interface of engineering to mode...
Reproducing biological vision in a machine is a challenging problem for which scientists have just s...
A million and a half people suffer from Retinitis Pigmentosa, a family of inherited diseases leading...
L'ingénierie neuromorphique aborde de manière bio-inspirée le design des capteurs et ordinateurs. El...
Computational Neurosciences are a great source of inspiration for data processing and computation. N...
Studying how our nervous system and sensory mechanisms work lead to the creation of event-driven sen...
L’étude du fonctionnement de notre système nerveux et des mécanismes sensoriels a mené à la création...
Regardless of the marvels brought by the conventional frame-based cameras, they have significant dra...
The knowledge of principles and mechanisms of color human perception makes possible to implement tec...
This thesis is about the implementation of neuromorphic algorithms, using, as a first step, data fro...
The demand for computing power steadily increases to enable new and more intelligent functionalities...
Neuromorphic event-based cameras are a new type of biomimetic vision sensors, whose principle of ope...
The main goal of this thesis is the development of event-based algorithms for visual detection and t...
Event cameras are bio-inspired sensors that work radically different from traditional cameras. Inste...
This paper addresses the following issue: Is event-based a relevant interface of engineering to mode...
Reproducing biological vision in a machine is a challenging problem for which scientists have just s...
A million and a half people suffer from Retinitis Pigmentosa, a family of inherited diseases leading...