Websites using neural circuits as a keyword

This is the home page's excerpt

Our laboratory studies how sensory stimuli drive behavioral responses and internal states depending on past experience. We focus at the level of neural circuits, using olfaction as a model to address three central problems.

Zebrafish Neuroscience at HKUST We use zebrafish as a genetic model system to study the neural circuits that produce visual behaviors. In the larval stage, the fish are transparent, which allows the deployment of imaging and optogenetic techniques in any area of the brain in intact, behaving animals. Zebrafish larvae exhibit multiple innate visual behaviors, such…

If a stimulus has been associated with a rewarding event, it draws our attention, accesses our memory systems, and motivates our behavior. But how do rewards alter neural circuits to shape behavior? Although neural correlates of reward learning and decision-making have been identified in many brain regions, we only now have the tools to begin to…

Sensory provides highly accurate, low-cost embedded speech recognition solutions for both integrated circuits and embedded software platforms. Technologies include voice recognition, speech and music synthesis, text-to-speech (TTS) synthesis with voice morphing, speaker verification, and interactive robotic features.

The Vogels Lab is looking to build models of neurons and neuronal networks that distill and re-articulate our current knowledge of how nervous systems compute at a mechanistic level. In particular, we are interested in the neuronal interplay of excitatory and inhibitory activity in cortex and how these dynamics can form reliable sensory perceptions, stable memories, and motor outputs. More specifically, the work in our…

International Journal of Computer Systems IJCS is an international journal, which aims to provide and encourage the scholars and academicians globally to share their professional and academic knowledge in the fields of computer science, engineering, technology and related disciplines.

NANOARCH is a workshop that will investigate novel defect and fault tolerance architectures based on highly unreliable nanoelectronics. The workshop will be a forum for presenting theoretical, simulation and case studies on new defect models, defect and fault tolerance architectures, associated experimental reliability evaluation and validation frameworks and computer aided simulation and design tools for emerging nanoelectronics.

Electronic Engineering Lectures

Welcome to the Feldman Lab! We are a neuroscience research team at the University of California, Berkeley focused on the function and development of neural circuits in the cerebral cortex