Harvard University
COMPSCI 266 — Biologically-inspired Distributed And Multi-agent Systems
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From Swimming to Walking A Salamander Robot with a Spinal Cord Model
COMPSCI 266 · Harvard University
Grammatical Approach to Self-Organization through Programmable Parts
COMPSCI 266 · Harvard University
Scale Independent Self-Reconfiguration for Self-Repair
COMPSCI 266 · Harvard University
Mechanics of Self-Repairing Systems
COMPSCI 266 · Harvard University
Analysis of the Godsib System
COMPSCI 266 · Harvard University
Study of Flocks, Herds, and Schools
COMPSCI 266 · Harvard University
Cooperation in Systems Without Memory or Space
COMPSCI 266 · Harvard University
List of References for Multi-agent Systems
COMPSCI 266 · Harvard University
Task Allocation Through Self-Organization
COMPSCI 266 · Harvard University
Study of Morphogenesis Models
COMPSCI 266 · Harvard University
Pheromone-Based Utility Model for Multi-Agent Systems
COMPSCI 266 · Harvard University
Biologically-Inspired Multiagent Control for Programmable Self-Assembly
COMPSCI 266 · Harvard University
Exploring Incentives and Cooperation in Multi-agent Systems
COMPSCI 266 · Harvard University
Firefly-Inspired Heartbeat Synchronization in Networks
COMPSCI 266 · Harvard University
Reach-Back Communications and Time Synchronization
COMPSCI 266 · Harvard University
Techniques for Terrain Coverage in Robotics
COMPSCI 266 · Harvard University
Using the TOTA Middleware for Pervasive and Mobile Computing Applications
COMPSCI 266 · Harvard University
Ant Colony Optimization Routing in Wireless Sensor Networks
COMPSCI 266 · Harvard University
Catalog of Biologically-Inspired Primitives for Self-Organization
COMPSCI 266 · Harvard University
Methods for Programmable Self-Assembly
COMPSCI 266 · Harvard University
Collective Robotics and the Principle of Stigmergy
COMPSCI 266 · Harvard University
Function of Toggles in Biological Systems
COMPSCI 266 · Harvard University
Developing Digital Circuits for In Vivo Applications
COMPSCI 266 · Harvard University
Principles of Programmable Self-Assembly
COMPSCI 266 · Harvard University