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1
Introduction
2
Selforganizing systems
3
Top down and bottom up
4
Programmable Matter
5
Challenges
6
Algorithms and Behavior
7
Digital vs Analog
8
Aggregation
9
Compression
10
BobBots
11
Connectivity
12
Color Systems
13
Separation
14
Metropolis Hastings
15
Stationary Distribution
16
OneLine Proof
17
Simulation
18
Phase Change
19
Wrapping Up
20
Examples
21
The Model
22
Conclusion
23
Comment
Description:
Explore the algorithmic foundations of emergent behavior in analog collectives through this comprehensive lecture. Delve into self-organizing systems, programmable matter, and the challenges of top-down versus bottom-up approaches. Examine the differences between digital and analog systems, and investigate key concepts such as aggregation, compression, and connectivity. Learn about BobBots, color systems, and separation techniques. Understand the Metropolis-Hastings algorithm, stationary distribution, and one-line proofs. Analyze simulations, phase changes, and various examples to grasp the intricacies of the model. Gain insights into the complex world of emergent behavior and its applications in analog collectives.

Algorithmic Foundations of Emergent Behavior in Analog Collectives

Santa Fe Institute
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