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Co-evolving architectures for cellular machines
Moshe Sipper
*
,
Eytan Ruppin
*
Corresponding author for this work
School of Computer Science
Swiss Federal Institute of Technology Lausanne
Research output
:
Contribution to journal
›
Article
›
peer-review
29
Scopus citations
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Keyphrases
Co-evolving
100%
Cellular Machine
100%
Evolving Architecture
100%
Non-standard Structures
100%
Two-level
50%
Correlation Coefficient
50%
High Correlation
50%
Evolutionary Process
50%
High Performance
50%
Restricted Connectivity
50%
Evolutionary Algorithms
50%
Linearly Dependent
50%
Neighboring Cells
50%
Parameters Determining
50%
Computational Tasks
50%
Cellular Automata
50%
Number of Connections
50%
Global Tasks
50%
Non-uniform Cellular Automata
50%
High-performance Architecture
50%
Distributed Computing Systems
50%
Standard Architecture
50%
Architectural Parameters
50%
Global Density
50%
Computer Science
Cellular Automata
100%
Evolving Architecture
100%
High Correlation
50%
Evolutionary Algorithms
50%
Neighboring Cell
50%
Computational Task
50%
Linearly Dependent
50%
Distributed Computing Systems
50%