Britton Sauerbrei: adaptive locomotion in the mouse: neural dynamics and control

(54:53)

Britton Sauerbrei: Neural Population Dynamics for Skilled Motor Control

(34:56)

CCN 2021: Flexible identification of population dynamics from neural activity recordings

(3:14:3)

Symposium 1 - How Can Dynamical Systems Neuroscience Reciprocally Advance Machine Learning?

(1:52:25)

PANEL: The Neural Control of Locomotion, an Integrative Approach

(59:25)

Biomedical optics pioneer Britton Chance in an interview from October 2004.

(4:51)

Episode 277- Reversing Type 2 Naturally- Blood Sugar \u0026 Heart Health Webinar

(54:56)

Neural manifolds - The Geometry of Behaviour

(23:17)

Curve Fitting with CFTOOL - MATLAB for Non-Believers

(8:28)

The Anatomy of a Dynamical System

(17:53)

Neural Networks and the Human Brain

(2:57)

[Lecture] Principles of Neural Coding

(1:9:58)

Dynamical Systems in Neuroscience

(34:13)

Birth of a Neural Circuit / Cell, October 3, 2019 (Vol. 179, Issue 2)

(4:43)

Measuring the local field potential

(8:50)

Leslie Matrix - from a matrix to population dynamics descriptions

(3:2)

Talk: Representation learning for neural population activity with Neural Data Transformers

(14:36)

Modelling the neural code in large populations of correlated neurons

(5:3)

Talk: A large-scale neural network training framework for generalized estimation of single-trial po…

(15:11)

Algorithm to Translate Paralyzed Patients’ Thoughts into Real-Time Prosthetic Movements

(3:14)

Teri Deewani/ Stairway to Heaven

(7:9)

A flow-based latent state generative model of neural population responses to natural images

(14:13)

Rishidev Chaudhuri, Ph.D. — Cracking the Neural Code With Machine Learning

(33:42)

Comparing the neural population dynamics of mice during a visual discrimination task

(5:9)

NeuroPixels 2.0

(1:3)

vLGP: V1 latent trajectory inference result

(1:30)