[Pag.1] - [Pag.2]
- [Pag.3] - [Pag.4]
- [Pag.5] - [Pag.6]
- [Pag.7] - [Pag.8]
- [Pag.9] - [Pag.10]
Randall D. Beer
Toward
an evolvable model of development for autonomous agent synthesis
Integrating
reactive, sequential and learning behavior using dynamical neural networks
Co-evolving
body and brain in autonomous agents using a developmental model
Using
autonomous robotics to teach science and engineering
Toward
the evolution of dynamical neural networks for minimally cognitive behavior
Steven LaValle
Planning
algorithms
Interaction
Interference
as a Tool for Designing and Evaluating Multi-Robot Controllers
The
Role of Critical Mass in Multi-Robot Adaptive Task Division
Multiple
Agents From the Bottom Up
A
Study of Territoriality: The Role of Critical Mass in Adaptive Task Division
Interference
as a Guide to Designing Efficient Group Behavior
Heterogeneous
and Homogeneous Robot Group Behavior
Behavior
Evaluation and Learning from an Internal Point of View
Robotic
"Food" Chains: Externalization of State and Program for Minimal-Agent
Foraging
Quick'n'Dirty
Generalization for Mobile Robot Learning
Lami
Design,
control and applications of autonomous mobile robots
An
internal teacher
Probabilistic
modelling of a bio inspired collective experiment with real robots
Adaptive
behavior in competing co-evolving species
On
the modelling of bio-inspired collective experiments with real robots
Evolutionary
robotics in behavior engineering and artifical life
Evolutionary
mobile robotics
Hardware
solutions for evolutionary robotics
How
co-evolution can enhance the adaptive power of artifical evolution
Automatica
creation of an autonomous agent: genetic evolution of a neural network driven
robot
Evolution
of neural control structures: some experiments on mobile robots
Evolving
fast learning neural controllers for a mobile robot
How
to evolve autonomous robots: different approaches in evolutionary robotics
Bio-inspired
computing system
Competitive
co-evolutionary robotics: from theory to pratice
Binnard
Leg
design for a small walking robot
Design
of a small pneumatic walking robot
Asme
A
lagrangian quasicoordinate formulation for dynamic simulations of multibody
systems
Cran
A
quasicoordinate formulation for dynamic simulations of complex multibody
systems with constraints
