Seminars: Difference between revisions

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# As soon as the speaker confirms, put the information in the [[#Confirmed_Speakers|Confirmed Speakers]] section.
# As soon as the speaker confirms, put the information in the [[#Confirmed_Speakers|Confirmed Speakers]] section.
# Put the date into the internal calendar
# Put the date into the internal calendar
# Notify me <kilian@berkeley.edu> that we have a confirmed speaker so that I can update the web page. Please include title and abstract.
# Notify [[kilian@berkeley.edu|me]] that we have a confirmed speaker so that I can update the web page. Please include title and abstract.
# Notify Paschelle <pwhite@berkeley.edu> about the speaker.
# Notify [[pwhite@berkeley.edu|Paschelle]] about the seminar date.


--[[User:Kilian|Kilian]] 21:48, 4 November 2005 (PST)
--[[User:Kilian|Kilian]] 21:48, 4 November 2005 (PST)

Revision as of 05:44, 5 November 2005

Instructions

  1. Check the internal calendar for a free seminar slot.
  2. Make a note on this page in the Tentative Speakers section that you are going to invite a speaker.
  3. Invite a speaker.
  4. As soon as the speaker confirms, put the information in the Confirmed Speakers section.
  5. Put the date into the internal calendar
  6. Notify me that we have a confirmed speaker so that I can update the web page. Please include title and abstract.
  7. Notify Paschelle about the seminar date.

--Kilian 21:48, 4 November 2005 (PST)

Tentative Speakers

Date

  • Speaker:
  • Affiliation:
  • Title:
  • Abstract:

Confirmed Speakers

Tuesday 22nd of November 2005

  • Speaker: Scott Makeig
  • Affiliation: Swartz Center for Computational Neuroscience, Institute for Neural Computation, UCSD
  • Title: TBA
  • Abstract:

Tuesday 29th of November 2005

  • Speaker: Stanley Klein
  • Affiliation: School of Optometry, UC Berkeley
  • Title: TBA
  • Abstract:

Tuesday 13th of December 2005

  • Speaker: Paul Rhodes
  • Affiliation: Stanford University
  • Title: Simulations of a thalamocortical column with compartment model cells and dynamic synapses.
  • Abstract: