본문 바로가기 주메뉴 바로가기 하위메뉴 바로가기

Institute for Basic Science

Home Contact us Join Login

CENTER for GENOME ENGINEERING

  • About Center
    • Introduction
    • Organization
    • Location
    • Contact Us
    • Center CI
  • People
    • Co-Director
    • Associate Director
    • Faculty
    • Young Scientist Fellow
    • Research Fellow
    • Researcher
    • Student
    • People Search
    • Staff
    • Collaborating Faculty
    • Undergraduate students
  • Research
    • Neuro Technology Group
    • Congnitive Computational Neuroscience
    • 7T Human Connectome Project
    • Research Core
  • Publication
    • Research Highlights
    • Journals
    • Presentation
    • Proceedings
    • Patents
    • Books
  • Facilities
    • Equipment
    • Form & Info
  • Events
    • Seminar Series
    • Seminar
    • Summer School Program
    • Conference
    • Calendar
  • News
    • News
    • Videos
    • Gallery
    • Brochure
전체메뉴
Home Events Seminar Print Page

Events

  • Seminar Series
  • Seminar
  • Summer School Program
    • Summer School 2025
    • Summer School 2024
    • Summer School 2023
    • Summer School 2022
    • Summer School 2019
    • Summer School 2018
    • Summer School 2017
    • Summer School 2016
  • Conference
  • Calendar

Seminar

Multi-task and compositional neural representations in the human brain

Takuya Ito, Ph.D.

December 8(Thu) - December 8(Thu), 2022

12PM

N Centre 86314 & ZOOM (ID: 728-142-6028)

Neuro@noon Seminar


Date: 12pm, Thursday, Dec 8th


Place: N center 86314호 & ZOOM

https://us02web.zoom.us/j/7281426028

회의 ID: 728 142 6028 (password: cnir)


Speaker: Takuya Ito, Ph.D. (Yale University)



Title: Multi-task and compositional neural representations in the human brain

 

Abstract: 

Humans can perform a variety of tasks that require diverse cognitive functions. What are the neural and computational principles that enable these abilities? In this talk, I will cover two recent studies that characterize the properties of multi-task and compositional representations in the human brain, and address how we can leverage these representational insights to build better artificial neural network models.

 

LIST

CENTER FOR NEUROSCIENCE IMAGING RESEARCH

IBS Center for Neuroscience Imaging Research, N Center, Sungkyunkwan University, Seobu-ro 2066, Jangan-gu, Suwon, Korea Tel.+82-31-299-4354 / Fax.+82-31-299-4506

Copyright(c) 2022 IBS Center For Neuroscience Imaging Research. All Rights Reserved.