Search for tag: "neuromorphic computing"

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In Search of Invariance in Brains and Machines duration 2 hours 15 minutes In Search of Invariance in Brains and Machines In Search of Invariance in Brains and Machines	In Search of Invariance in Brains and Machines Abstract: Despite their seemingly impressive performance at image recognition and other perceptual tasks, deep convolutional neural networks are prone to be easily fooled, sensitive to adversarial… neuromorphic +4 More From Luis El Srouji 0 likes 18 plays 0
Functional self-reconfiguration processes in… duration 1 hour 40 minutes Functional self-reconfiguration processes in… Functional self-reconfiguration processes in neuronal networks	Functional self-reconfiguration processes in neuronal networks Abstract: Flexible function is essential for the brain to cope with varying environments, changing quality of sensory information as well as context dependency. This requires organized communication… neuromorphic +4 More From Luis El Srouji 0 likes 13 plays 0
Dr. Aimone: A Probabilistic Future for… duration 1 hour 14 minutes Dr. Aimone: A Probabilistic Future for… Dr. Aimone: A Probabilistic Future for Neuromorphic Computing	Dr. Aimone: A Probabilistic Future for Neuromorphic Computing Abstract: As Moore’s Law comes to a close, new innovative approaches to microelectronics research are important to achieve much needed capabilities improvements in computing for both… neuromorphic +24 More From Luis El Srouji 0 likes 11 plays 0
Prof. Cauwenberghs: Reverse Engineering the… duration 1 hour 20 minutes Prof. Cauwenberghs: Reverse Engineering the… Prof. Cauwenberghs: Reverse Engineering the Cognitive Brain in Silicon and Memristive Neuromorphic System	Prof. Cauwenberghs: Reverse Engineering the Cognitive Brain in Silicon and Memristive Neuromorphic System Prof. Cawenberghs presents neuromorphic cognitive computing systems-on-chip implemented in custom silicon compute-in-memory neural and memristive synaptic crossbar array architectures that combine… neuromorphic +22 More From Luis El Srouji 0 likes 42 plays 0
Prof. Hasler: Physical Neuromorphic Computing duration 1 hour 31 minutes Prof. Hasler: Physical Neuromorphic Computing Prof. Hasler: Physical Neuromorphic Computing	Prof. Hasler: Physical Neuromorphic Computing Discussion of analog CMOS computation and parallels to biological neurons. Prof. Hasler points out that the exponential voltage controls found in MOS devices can be used to more accurately model… analog computing +26 More From Luis El Srouji 0 likes 32 plays 0