'Simple cell' diaporamas de présentation

creativecommons/licenses/by-sa/2.0/

http://creativecommons.org/licenses/by-sa/2.0/. The whys and hows of mathematical models for biological networks, with a view to pitfalls and limitations. Prof:Rui Alves ralves@cmb.udl.es 973702406 Dept Ciencies Mediques Basiques, 1st Floor, Room 1.08. Organization of the talk.

879 views • 77 slides

Biologically Inspired Intelligent Systems

Biologically Inspired Intelligent Systems. Lecture 06 Dr. Roger S. Gaborski. RECALL: Receptive Fields. www.yorku.ca/ eye. Two Types of Retinal Ganglion Cell Receptive Fields. On Center Off Surround. Off Center On Surround. Response of On Center to a Spot of Light.

845 views • 69 slides

Biologically Inspired Intelligent Systems

Biologically Inspired Intelligent Systems. Lecture 06 Dr. Roger S. Gaborski. Correlation (Convolution). Simple example. >> data = [.1 .1 .1 .1 .1 .1 .1 .5 .1 .1 .1 .5 1 .5 .1 .1 .1 .1 .1]; >> RF = [ -1 -1 1 2 1 -1 -1];. = -1*0 +-1*0 + 1*0 + 2*.1 + 1* .1 -1*.1 -1*.1 = .1 .

687 views • 55 slides

Computer Engineering Group

Computer Engineering Group. Norman E., Arash K. Rita M., Hector P. Advisor: Dr. Mahmoodi Student Mentor: Maral A. Modeling and Implementation of Brain-Inspired Neural Network for Edge Detection and Object Recognition. Outline. Internship Goals Biological Background

604 views • 48 slides

835 views • 41 slides

Psalm 19

Psalm 19. Nature Declares That God Is (Psalm 19)!. 1 The heavens declare the glory of God; And the firmament showeth his handiwork. 2 Day unto day uttereth speech, And night unto night showeth knowledge.

548 views • 31 slides

Science Jeopardy

412 views • 30 slides

Introduction to Neurochemistry I

Introduction to Neurochemistry I. Presentation by Josh Morrison for Biochemistry II February 21, 2005. The Membrane Potential. Vm is the symbol for Membrane Potential Vm is the electrical charge of a cell Present in all cells. Importance of Vm.

690 views • 26 slides

A Conversation

376 views • 25 slides

MATERIALS SCIENCE & ENGINEERING

399 views • 10 slides

The Visual System: Feature Detection Model

The Visual System: Feature Detection Model. Lesson 17. Cortical Mechanisms. Primary Visual Cortex - V1 Striate or calcarine cortex Hubel and Wiesel - Nobel Prize Single cell recording Feature detection model simple stimuli ? complex perceptions ~. Feature Detection Model.

262 views • 10 slides

The Visual System: Feature Detection Model

The Visual System: Feature Detection Model. Lesson 17. Cortical Mechanisms. Primary Visual Cortex - V1 Striate or calcarine cortex Hubel and Wiesel - Nobel Prize Single cell recording Feature detection model simple stimuli ? complex perceptions ~. Feature Detection Model.

239 views • 10 slides

161 views • 9 slides