Back to Results
First PageMeta Content
Gene regulatory network / Gene / Enhancer / Regulation of gene expression / Promoter / Robotics / Regulatory sequence / Biology / Gene expression / Biochemistry


1 Informatics Research Report Pattern formation for multi-robot applications: Robust, self-repairing systems inspired by genetic regulatory networks and cellular
Add to Reading List

Document Date: 2013-05-01 16:50:42


Open Document

File Size: 2,90 MB

Share Result on Facebook

City

Edinburgh / /

Country

Netherlands / United Kingdom / Denmark / /

/

Facility

Institute of Perception / Maersk Mc-Kinney Moller Institute / University of Southern Denmark / University of Edinburgh / /

IndustryTerm

genetic regulatory networks / onboard systems / genetic algorithm / target hardware / diffusion site / control systems / regulatory network / genetic algorithms / employed evolutionary algorithms / 33MHz 386EX processor / communication site / respective diffusion site / simulation software / actuation systems / multi-robot systems / multi-robot applications / /

Organization

Maersk Mc-Kinney Moller Institute for Production Technology / Running / Institute of Perception / Action and Behaviour / University of Edinburgh / School of Informatics / /

Person

Gene Structure / Peter Ottery / Tim Taylor / John Hallam / /

Position

King / 3D model / CAM controller / combined controller / CAM-based controller / CAM-based controller for pattern formation / GRN controller / hybrid GRN-CAM controller / controller / Corresponding author / combined GRN-CAM controller / /

Region

Southern Denmark / /

Technology

RAM / neural network / gene expression / employed evolutionary algorithms / genetic algorithm / simulation / Flash / 33MHz 386EX processor / /

SocialTag