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publications (hide)17
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1A discipline of evolutionary programming
P. Vitanyi. Theoretical Computer Science, 241 (1--2): 3--23 (28 June 2000)
17 years ago by @brazovayeye
show all tags
Algorithms,
Artificial
Complexity,
Computational
Computing,
Data
Evolutionary
Intelligence,
Learning,
Multiagent
Neural
Structures
Systems
algorithms,
and
genetic
programming,
Algorithms,ArtificialComplexity,ComputationalComputing,DataEvolutionaryIntelligence,Learning,MultiagentNeuralStructuresSystemsalgorithms,andgeneticprogramming,
(0)
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1An Approach to Biological Computation: Unicellular Core-Memory Creatures Evolved Using Genetic Algorithms
H. Suzuki. Artificial Life, 5 (4): 367--386 (Fall 1999)
17 years ago by @brazovayeye
show all tags
algorithmic
algorithms,
biological
complexity,
computation,
core
creature,
genetic
language
machine
membrane,
memory,
programming
programming,
unicellular
algorithmicalgorithms,biologicalcomplexity,computation,corecreature,geneticlanguagemachinemembrane,memory,programmingprogramming,unicellular
(0)
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4Compositional pattern producing networks: A novel abstraction of development
K. Stanley. Genetic Programming and Evolvable Machines, 8 (2): 131--162 (June 2007)Special issue on developmental systems.
17 years ago by @brazovayeye
show all tags
Artificial
CPPN
Complexity,
Compositional
Developmental
Generative
Indirect
Networks,
Pattern
Producing
Representation,
algorithms,
art,
computation,
embryogeny,
encoding,
evolvable
genetic
hardware,Evolutionary
systems,
ArtificialCPPNComplexity,CompositionalDevelopmentalGenerativeIndirectNetworks,PatternProducingRepresentation,algorithms,art,computation,embryogeny,encoding,evolvablegenetichardware,Evolutionarysystems,
(0)
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1Open-ended artificial evolution
R. Standish. International Journal of Computational Intelligence and Applications, 3 (2): 167--175 (2003)
17 years ago by @brazovayeye
show all tags
Open-ended
Tierra,
algorithms,
complexity,
digital
evolution;
genetic
networks
neutral
organisms,
programming,
Open-endedTierra,algorithms,complexity,digitalevolution;geneticnetworksneutralorganisms,programming,
(0)
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1Computational complexity and the genetic algorithm
B. Rylander. University of Idaho, (November 2001)
17 years ago by @brazovayeye
show all tags
Quantum
algorithms,
complexity,
computational
evolutionary
genetic
programming
programming,
Quantumalgorithms,complexity,computationalevolutionarygeneticprogrammingprogramming,
(0)
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2Computational Complexity, Genetic Programming, and Implications
B. Rylander, T. Soule, and J. Foster. Genetic Programming, Proceedings of EuroGP'2001, volume 2038 of LNCS, page 348--360. Lake Como, Italy, Springer-Verlag, (18-20 April 2001)
17 years ago by @brazovayeye
show all tags
Complexity,
Computational
Computing
Quantum
algorithms,
genetic
programming,
Complexity,ComputationalComputingQuantumalgorithms,geneticprogramming,
(0)
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1Genetic Programming, Proceedings of EuroGP'2001
J. Miller, M. Tomassini, P. Lanzi, C. Ryan, A. Tettamanzi, and W. Langdon (Eds.) volume 2038 of LNCS, Lake Como, Italy, Springer-Verlag, (18-20 April 2001)
17 years ago by @brazovayeye
show all tags
Active
Animat,
Arm,
Artificial
BDD,
Bloat,
Block-oriented
Boolean
CAD,
Causality,
Cellular
Character
Complexity,
Computational
Contour
Controller
Crossover
DNA,
Developmental
Discovery,
Dynamic
Evolution
Evolution,
Evolvability,
Evolvable
Extraction,
Feature
Fitness,
Fixed
Function
Generator,
Genetic
Genotype-Phenotype
Grammatical
Hardware,
Image
Intrinsic
Inverse
Iterated
Kinematics,
Knowledge
Layered
Learning,
Length
Linear
MAX
Machine
Mapping,
Multi-expression
Multipopulation
Neutral
One-then-zeros
Parallel
Pattern
Polymorphism,
Problem
Problem,
Process
Program
Reasoning,
Recognition,
Regression,
Retina,
Robotic
STGP,
Series
Symbolic
Systems,
Time
Trees,
Turing
VHDL,
VLSI
algorithms,
bias,
control,
design,
detection,
distributed
distributions,
function
genetic
individuals,
landscape,
machines,
model,
modelling,
modular
mutation,
of
points,
prediction,
problem,
processing,
programming,
representation,
representations,
robot,
robust,
size,
structures,
ActiveAnimat,Arm,ArtificialBDD,Bloat,Block-orientedBooleanCAD,Causality,CellularCharacterComplexity,ComputationalContourControllerCrossoverDNA,DevelopmentalDiscovery,DynamicEvolutionEvolution,Evolvability,EvolvableExtraction,FeatureFitness,FixedFunctionGenerator,GeneticGenotype-PhenotypeGrammaticalHardware,ImageIntrinsicInverseIteratedKinematics,KnowledgeLayeredLearning,LengthLinearMAXMachineMapping,Multi-expressionMultipopulationNeutralOne-then-zerosParallelPatternPolymorphism,ProblemProblem,ProcessProgramReasoning,Recognition,Regression,Retina,RoboticSTGP,SeriesSymbolicSystems,TimeTrees,TuringVHDL,VLSIalgorithms,bias,control,design,detection,distributeddistributions,functiongeneticindividuals,landscape,machines,model,modelling,modularmutation,ofpoints,prediction,problem,processing,programming,representation,representations,robot,robust,size,structures,
(0)
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1Complexity and Survivability: The Price of Intelligence under Genetic Pressure
L. Waugh. Artificial Life at Stanford 1994, Stanford Bookstore, Stanford, California, 94305-3079 USA, (June 1994)
17 years ago by @brazovayeye
show all tags
algorithms,
complexity,
genetic
learning,
machine
natural
selection
algorithms,complexity,geneticlearning,machinenaturalselection
(0)
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1Managing information complexity of supply chains via agent-based genetic programming
K. Taniguchi, and T. Terano. International Journal of Electronic Business, 3 (3/4): 216--224 (June 2005)
17 years ago by @brazovayeye
show all tags
DAI,
SCM,
agent-based
agents,
algorithms,
architecture,
artificial
blackboard
business
chain
complexity,
decision
distributed
e-business,
electronic
entropy,
firms,
genetic
information
intelligence,
inventory,
making
management,
manufacturing
multi-agent
programming,
purchasing,
sales,
simulation,
supply
systems,
DAI,SCM,agent-basedagents,algorithms,architecture,artificialblackboardbusinesschaincomplexity,decisiondistributede-business,electronicentropy,firms,geneticinformationintelligence,inventory,makingmanagement,manufacturingmulti-agentprogramming,purchasing,sales,simulation,supplysystems,
(0)
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2Measures of Diversity for Populations and Distances Between Individuals with Highly Reorganizable Genomes
C. Mattiussi, M. Waibel, and D. Floreano. Evolutionary Computation, 12 (4): 495--515 (Winter 2004)
17 years ago by @brazovayeye
show all tags
Evolutionary
Jaccard
Tanimoto
algorithms,
complexity,
computation,
distance,
diversity
diversity,
genetic
genomes,
length
linguistic
nucleotide
population
programming,
similarity,
substring
variable
EvolutionaryJaccardTanimotoalgorithms,complexity,computation,distance,diversitydiversity,geneticgenomes,lengthlinguisticnucleotidepopulationprogramming,similarity,substringvariable
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1The Evolution of Size in Variable Length Representations
W. Langdon. 1998 IEEE International Conference on Evolutionary Computation, page 633--638. Anchorage, Alaska, USA, IEEE Press, (5-9 May 1998)
17 years ago by @brazovayeye
show all tags
Price's
Theorem
algorithms,
complexity,
genetic
introns,
programming,
structural
Price'sTheoremalgorithms,complexity,geneticintrons,programming,structural
(0)
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1Approximating Boolean functions by OBDD
A. Gronemeier. Discrete Applied Mathematics, 155 (2): 194--209 (15 January 2007)29th Symposium on Mathematical Foundations of Computer Science MFCS 2004.
17 years ago by @brazovayeye
show all tags
Approximation
Communication
OBDD,
algorithms,
complexity,
genetic
programming,
ApproximationCommunicationOBDD,algorithms,complexity,geneticprogramming,
(0)
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1Genetic Programming for Inductive Inference of Chaotic Series
I. De Falco, A. Della Cioppa, A. Passaro, and E. Tarantino. Fuzzy Logic and Applications, 6th International Workshop, WILF 2005, Revised Selected Papers, volume 3849 of Lecture Notes in Computer Science, page 156--163. Crema, Italy, Springer, (September 2005)
17 years ago by @brazovayeye
show all tags
Solomonoff
algorithms,
chaotic
complexity,
genetic
programming,
series
Solomonoffalgorithms,chaoticcomplexity,geneticprogramming,series
(0)
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1Simulating economic transition processes by genetic programming
S. Chen, and C. Yeh. Annals of Operations Research, 97 (1-4): 265--286 (December 2000)
17 years ago by @brazovayeye
show all tags
Kolmogorov
algorithms,
bounded
complexity,
description
genetic
length
minimum
principle,
programming,
rationality,
selling
short
Kolmogorovalgorithms,boundedcomplexity,descriptiongeneticlengthminimumprinciple,programming,rationality,sellingshort
(0)
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3Genetically induced communication network fault tolerance
S. Bush. Complexity, 9 (2): 19--33 (2003)
17 years ago by @brazovayeye
show all tags
Kolmogorov
active
algorithmic
algorithms,
complexity
complexity,
genetic
information
networks
networks,
programming,
self-healing
theory,
Kolmogorovactivealgorithmicalgorithms,complexitycomplexity,geneticinformationnetworksnetworks,programming,self-healingtheory,
(0)
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2Finding Alternatives and Reduced Formulations for Process-Based Models
K. Bernhardt. Evolutionary Computation, 16 (1): 63--88 (Spring 2008)
17 years ago by @brazovayeye
show all tags
Model
algorithms,
complexity,
dimension
genetic
programming,
reduction
reduction,
Modelalgorithms,complexity,dimensiongeneticprogramming,reductionreduction,
(0)
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1The Challenge of Complexity
W. Banzhaf, and J. Miller. Frontiers of Evolutionary Computation, volume 11 of Genetic Algorithms And Evolutionary Computation Series, chapter 11, Kluwer Academic Publishers, Boston, MA, USA, (2004)
17 years ago by @brazovayeye
show all tags
Algorithm,
Complexity,
Development,
Evolutionary
Heterochrony
Problem,
Scaling
algorithms,
genetic
programming,
Algorithm,Complexity,Development,EvolutionaryHeterochronyProblem,Scalingalgorithms,geneticprogramming,
(0)
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publications (hide)17
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1A discipline of evolutionary programming

1An Approach to Biological Computation: Unicellular Core-Memory Creatures Evolved Using Genetic Algorithms

4Compositional pattern producing networks: A novel abstraction of development

1Open-ended artificial evolution

1Computational complexity and the genetic algorithm

2Computational Complexity, Genetic Programming, and Implications

1Genetic Programming, Proceedings of EuroGP'2001

1Complexity and Survivability: The Price of Intelligence under Genetic Pressure

1Managing information complexity of supply chains via agent-based genetic programming

2Measures of Diversity for Populations and Distances Between Individuals with Highly Reorganizable Genomes

1The Evolution of Size in Variable Length Representations

1Approximating Boolean functions by OBDD

1Genetic Programming for Inductive Inference of Chaotic Series

1Simulating economic transition processes by genetic programming

3Genetically induced communication network fault tolerance

2Finding Alternatives and Reduced Formulations for Process-Based Models

1The Challenge of Complexity

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