9.641J | Spring 2005 | Graduate

Introduction to Neural Networks

Calendar

Lec # Topics Key DATES
1 From Spikes to Rates

2 Perceptrons: Simple and Multilayer

3 Perceptrons as Models of Vision

4 Linear Networks Problem set 1 due
5 Retina

6 Lateral Inhibition and Feature Selectivity Problem set 2 due
7 Objectives and Optimization Problem set 3 due
8 Hybrid Analog-Digital Computation

Ring Network

9 Constraint Satisfaction

Stereopsis

Problem set 4 due
10 Bidirectional Perception

11 Signal Reconstruction Problem set 5 due
12 Hamiltonian Dynamics

Midterm

13 Antisymmetric Networks

14 Excitatory-Inhibitory Networks

Learning

15 Associative Memory

16 Models of Delay Activity

Integrators

Problem set 6 due one day after Lec #16
17 Multistability

Clustering

18 VQ

PCA

Problem set 7 due
19 More PCA

Delta Rule

Problem set 8 due
20 Conditioning

Backpropagation

21 More Backpropagation Problem set 9 due
22 Stochastic Gradient Descent

23 Reinforcement Learning Problem set 10 due
24 More Reinforcement Learning

25 Final Review

Final Exam

Course Info

Spring 2005
Lecture Notes
Problem Sets