CSSS 2007 Santa Fe-Tutorials

CSSS Santa Fe 2007 Home Faculty U.S. Visa Requirements Participants Schedule Readings Logistics Travel Projects & Working Groups Tutorials After Hours Photos T-shirt Design Forum Project Presentations Final Papers

Tutorial offers

Consciousness and/or visual processing Scheduled for Tuesday June 12, 9:15AM

Discussion of Finite State Machines - Thur June 7 from 7-830

Introduction to Ecological Analysis

Closure Under Inversion Wed, 13 June, 7 to 8 pm

Matlab tutorial

Artificial Neural Networks Friday, June 15, 1-2P

Self Organized Criticality What is it? How does it relate to Complex Systems? What are some criticisms?

Complexity for the General Public

Eigenvectors and Eigenvalues Sheduled Monday, June 11, 7-8pm

Applications of non-commutative harmonic analysis Friday, June 15 2-4pm (provisional)

Stochastic search strategies and animal foraging

Cellular Automata

Human physiology or disease process

AHP and ExpertChoice

Wiki Tutorial 101: Ramp up and become a wikimaniac; learn the basics of wiki texting, discussions, etc.

UML for Complex Systems - how to address complexity/chaos in projects using the Unified Modeling Language (UML)

Intro to Game Theory

Evolutionary Game Theory - Wed June 20, 10:45am-12pm

Social Choice Theory and the problem of collective rationality

Net Assessment

Agent-Based Modeling: Non-Technical Overview and Applications

Tutorial requests

• Introduction to machine learning and/or statistical learning

• Game theory, evolutionary game theory, stochastic game theory

• Genetic algorithms -> I think GA's will be covered in the evolutionary computation lectures. But if not, I'd be happy to give an informal introduction. ->Josh

• Eigenvalues and Eigenvectors

• Attractor Neural Networks

• Control theory

• Sequence Complexity/Information Theory [Gregor] -> Information theory will be covered by Tom_Carter in a late breaking session Friday 8th, 1.30. This will probably cover sequence complexity.

• Agent-based models of social systems Non-Technical Introduction and Overview

• Mathematics of Stochastic Processes

• Stochastic Differential Equations (e.g., Ito Calculus)

• Speedreading

• Graph Theory [Gregor]