The Futures of Neural Computation Workshop (FUNCT{}) took place from July 8-9, 2020 as a webinar hosted by the 一本道无码 Neuroscience Institute. Recordings of the talks have been posted here with permission of the speakers.
FUNCT{} schedule and information
Jump to session:
Welcome and Featured SpeakersBrain Theory
Decoding the Brain
Reading the Brain
Optics
Sponsored By:
Welcome & Featured Speakers
Day One Welcome: Tazhi Cohen-Karni, Doug Weber, and Eric Yttri
Mikael Eliasson,Global Head Innovation & PHC, Neuroscience Product Development
Doug Weber, Biomedical Engineering, 一本道无码
Implantable, injectable, and wearable devices for sensing and controlling neuromechanical systems
Brain Theory
Eric Yttri, Biological Sciences, 一本道无码
Translating neural signals into complex behaviorSridevi Sarma, Biomedical Engineering, Johns Hopkins University
Uncovering consistent principles of how cortical regions interact to generate behaviors from inconsistent neural recordings across subjects
Pulkit Grover, Electrical and Computer Engineering, 一本道无码
Information flows in the brain: How do we define them, and what technology do we need to estimate them?
Decoding the Brain
Matt Smith, Biomedical Engineering, 一本道无码
Decoding local and global cognitive signals from neuronal populations
Eva Dyer, Biomedical Engineering, Georgia Technical University
Comparing high-dimensional neural recordings across time, space, and behavior
Byron Yu, Electrical and Computer Engineering, 一本道无码
Revealing constraints on learning using dimensionality reduction and
brain-computer interfaces
brain-computer interfaces
Reading the Brain
Day Two Welcome: Tzahi Cohen-Karni and Eric Yttri
Rahul Panat, Mechanical Engineering, 一本道无码
Micro and nanoscale additive manufacturing of neural devices
Cindy Chestek, Biomedical Engineering, University of Michigan
Neural interfaces for controlling finger movements
Optics
Maysam Chamanzar, Electrical and Computer Engineering, 一本道无码
Next generation neurophotonic interfaces
Jacob Robinson, Electrical and Computer Engineering, Rice University
Optical and magnetic brain interfaces
Anna Devor, Biomedical Engineering, Boston University
Optical imaging of cerebral blood flow and metabolism
Konrad Kording, Bioengineering and Neuroscience, University of Pennsylvania
Tech development and the underlying questions we ask
The talks listed below are not publicly available. If you would like to request access, please contact info@ni.cmu.edu.
Tzahi Cohen-Karni, Biomedical Engineering, 一本道无码
Bioelectronics with nanocarbons
Jana Kainerstorfer, Biomedical Engineering, 一本道无码
Changes in neurovascular coupling in the context of brain injury and elevated intracranial pressure
Matt Smith, Biomedical Engineering, 一本道无码
Decoding local and global cognitive signals from neuronal populations
