A Population-Differential Method of Moni toring Success and Failure in Coevolution Ari Bader-Natal and Jordan B. Pollack. DEMO Lab Dept. of Computer Science, Brandeis University, Waltham, MAThe task of monitoring

Source URL: aribadernatal.com

• Biology
• Evolutionary biology
• Nature
• Mathematical optimization
• Coevolution
• Habitat
• Cybernetics
• Evolutionary computation
• Genetic algorithm
• Red Queen hypothesis
• Evolutionary robotics
• Evolution

EXECUTIVE SUMMARY In a remark that is frequently quoted, a character of Ernest Hemingway’s said that he went broke in two ways: gradually, and then suddenly. So too with drones. Their evolution as a technology has a lo

Source URL: drones.newamerica.org

• Emerging technologies
• Avionics
• Embedded systems
• Robotics
• Unmanned aerial vehicles
• Drone
• Drone journalism
• Ryan Model 147

Automated and Connected Driving Autonomous Evolution vs Mobility Revolution ICE + eDrive coexistence Improve automotive electronics CO2, HMI, safety,

Source URL: www.konferenz-elektromobilitaet.de

• Emerging technologies
• Autonomous car
• Robotics
• Carsharing
• Automation
• Plug-in hybrid
• Car

Platform Technologies Research Institute Invitation to research seminar RMIT Platform Technologies Research Institute and the School of Computer Science & Information Technology joint Seminar: Some Thoughts on the Comple

Source URL: goanna.cs.rmit.edu.au

• Evolution
• Zbigniew Michalewicz
• Evolutionary computation
• Cybernetics
• Computer science
• Evolutionary algorithm
• Evolutionary robotics

Swarm Intelligence manuscript No. (will be inserted by the editor) Evolution of Swarm Robotics Systems with Novelty Search Jorge Gomes · Paulo Urbano ·

Source URL: home.iscte-iul.pt

Scaling-up Behaviours in EvoTanks: Applying Subsumption Principles to Artificial Neural Networks Thomas Thompson and John Levine Abstract— Applying evolution to generate simple agent behaviours has become a successful

Source URL: www.csse.uwa.edu.au

• Artificial intelligence
• Computational neuroscience
• Cybernetics
• Multi-agent systems
• Computational statistics
• Subsumption architecture
• Artificial neural network
• Evolutionary robotics
• Agent-based model
• Computational intelligence
• Genetic algorithm
• Neuroevolution

Why and How to Measure Exploration in Behavioral Space Charles Ollion Stéphane Doncieux

Source URL: www.isir.upmc.fr

• Applied mathematics
• Cybernetics
• Evolution
• Cognitive science
• Genetic algorithm
• Artificial neural network
• Evolutionary algorithm
• Robotics
• Evolutionary robotics
• Evolutionary computation
• Fitness

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Source URL: artax.karlin.mff.cuni.cz

• Cybernetics
• Evolution
• Mathematical optimization
• Search algorithms
• Genetic algorithm
• Robotics
• Evolutionary computation
• Neuroevolution
• Robot
• Evolutionary algorithm
• Evolutionary robotics

Steps Toward a Modular Library for Turning Any Evolutionary Domain into an Online Interactive Platform To appear in: Proc. of the Fourteenth International Conference on the Synthesis and Simulation of Living Systems (ALI

Source URL: eplex.cs.ucf.edu

• Evolutionary computation
• Evolution
• Mathematical optimization
• Interactive evolutionary computation
• Genetic algorithm
• Artificial life
• JSON
• Protein domain
• Genetic and Evolutionary Computation Conference
• Evolutionary robotics
• Modularity
• Node.js

Indirectly Encoded Sodarace for Artificial Life In: Proceedings of the 12th European Conference on Artificial Life (ECAL-2013, Taormina, Italy). Cambridge, MA: MIT Press Paul Szerlip and Kenneth O. Stanley Department of

Source URL: eplex.cs.ucf.edu

• Evolutionary algorithms
• Artificial neural networks
• Evolutionary computation
• Applied mathematics
• Artificial intelligence
• Evolution
• Genetic algorithms
• Cognitive science
• HyperNEAT
• Neuroevolution
• Compositional pattern-producing network
• Evolutionary robotics