General Tracks
General Submissions are being grouped into 7 General Tracks (GTs) in order
to simplify the review processs. Please select a General Track based on the
main topic(s) of your paper. Note that a given topic may be available in more
than one track. After the review process, all accepted papers from the 7 tracks
will be allocated to a number of mini-tracks as is traditional for CEC.
Evolutionary Optimization Topics:
- Ant colony optimization
- Artificial immune systems
- Combinatorial and numerical optimization
- Constraint and uncertainty handling
- Differential evolution
- Hybrid optimisation algorithms
- Memetic algorithms
- Multi-objective optimization
Collective Evolutionary Intelligence and Self-Adaptation Topics:
- Artificial life
- Classifier systems
- Coevolution and collective behaviour
- Cultural algorithms
- Estimation of Distribution Algorithms
- Evolutionary intelligent agents
- Hybrid evolutionary algorithms
- Self-adaptation in evolutionary algorithms
- Swarm intelligence
System Design and Analysis Topics:
- Coevolution and collective behaviour
- Combinatorial and numerical optimization
- Computational intelligence in games
- Concurrent collaboration
- Evolutionary design
- Evolutionary games
- Evolutionary intelligent agents
- Evolvable hardware
- Evolving fuzzy systems
- Real-world applications
Robotics Topics:
- Artificial life
- Autonomous mental and behaviour development
- Coevolution and collective behaviour
- Cognitive systems and applications
- Constraint and uncertainty handling
- Distributed evolutionary computation
- Dynamic and uncertain environments
- Evolutionary intelligent agents
- Evolutionary learning systems
- Evolutionary robotics
- Evolving fuzzy systems
- Multi-objective optimization
- Parallel evolutionary computation
- Real-world applications
- Swarm intelligence
Applications for the Society Topics:
- Cognitive systems and applications
- Cultural algorithms
- Emerging areas
- Evolutionary data mining
- Evolutionary learning systems
- Evolutionary robotics
- Finance
- Real-world applications
- Scheduling and Planning
BioComputing & Complex Adaptive Systems: From Theory to Practice Topics:
- Artificial life
- Autonomous mental and behaviour development
- Bioinformatics and computational biology
- Coevolution and collective behaviour
- Cognitive systems and applications
- Developmental systems
- Dynamic and uncertain environments
- Emerging areas
- Evolutionary design
- Evolutionary games
- Evolvable software
- Evolved art and music
- Linkage in evolutionary computation
- Multi-objective optimization
- Representation and operators
- Self-adaptation in evolutionary algorithms
- Space and air applications
- Theoretical evolutionary computation
Bio-inspired Hardware and Networks Topics:
- Bioengineering
- Computer vision
- Developmental systems
- Evolutionary design
- Evolutionary robotics
- Evolvable hardware
- Evolving neural networks
- Molecular computing
- Network-on-chip based systems
- Quantum computing
- Real-world applications
- Space and air applications
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