Cellular automata [[electronic resource] /] / Thomas M. Li, editor

• Pubblicazione: New York, : Nova Science Publishers, Inc., c2011
• Edizione: 1st ed.
• Descrizione fisica: 1 online resource (309 p.)
• Disciplina: 511.3/5
• Soggetto topico: Cellular automata
• Altri autori: LiThomas M
• Note generali: Bibliographic Level Mode of Issuance: Monograph
• Nota di bibliografia: Includes bibliographical references and index.
• Nota di contenuto: Intro -- CELLULAR AUTOMATA -- CELLULAR AUTOMATA -- CONTENTS -- PREFACE -- Chapter 1 CA UPGRADING FOR EXTENDING THE OPTIMIZATION PROBLEM SOLVING ABILITY -- ABSTRACT -- 1. INTRODUCTION -- How Can We Guide the System by CA? -- 2. COMPLEX SYSTEMS -- 3. OPTIMIZATION -- 3.1. History -- 3.2. Objective Function -- 3.3. System Optimization -- 4. OPTIMIZATION BY CA -- 4.1. Optimization by CA+SA -- 4.1.1. Simulated annealing -- 4.1.2. Procedure -- 4.1.3. A Sample problem solving -- 4.2. Optimization by CA -- 4.2.1. Procedure -- 4.2.2. A Sample problem solving -- 5. CONCLUSION -- REFERENCES -- Chapter 2 MODELING DRUG RELEASE USING CELLULAR AUTOMATA: EVOLUTION AND TRENDS IN PHARMACEUTICAL SCIENCES -- ABSTRACT -- 1. INTRODUCTION -- 2. HISTORICAL REVIEW -- 3. MODELING MATRIX EROSION -- 3.1. Describing the Primary State of the Matrix -- 3.2. Step 1 of Polymer Erosion: Water Penetration in the Matrix -- 3.3. Step 2 of Polymer Erosion: Polymer Degradation -- 3.4. Step 3 of Polymer Erosion: Loss of Polymer Bulk -- 4. MODELING DRUG DIFFUSION -- 5. EVALUATING THE PREDICTIVE VALUE OF MODELS -- 6. CONCLUSION -- REFERENCES -- Chapter 3 A MODEL OF CELLULAR AUTOMATA FOR THE SPATIAL ANALYSIS OF APHIDS AND LADYBUGS -- ABSTRACT -- 1. PRELIMINARIES -- 1.1. Citrus Sudden Death -- 1.2. Cellular Automata -- 1.3. Fuzzy Rule-Based System -- 2. CELLULAR AUTOMATA MODEL -- 3. SIMULATIONS WITH CELLULAR AUTOMATA MODEL -- CONCLUSIONS -- ACKNOWLEDGMENTS -- REFERENCES -- Chapter 4 CELLULAR AUTOMATA OPTIMIZATION VIA EVOLUTIONARY METHODS -- ABSTRACT -- INTRODUCTION -- CELLULAR FORMULATION -- COMBINED CELLULAR - GENETIC FORMULATION -- LOCAL SEARCH ALGORITHM -- RESULTS AND DISCUSSION -- REFERENCES -- Chapter 5 PARALLEL CELLULAR AUTOMATA ON CHIP -- ABSTRACT -- 1. INTRODUCTION -- 2. A SIMPLE CELLULAR AUTOMATON -- 3. RECONFIGURABLE COMPUTING -- 4. CELLULAR AUTOMATA RECONFIGURABLE PROCESSOR. ; 4.1. Modeling of the Algorithm -- 4.2. Processor Design -- 4.3. Hardware Implementation -- 5. EXPERIMENTAL RESULTS -- 6. CONCLUSIONS AND FUTURE WORK -- ACKNOWLEDGMENTS -- REFERENCES -- Chapter6 EVOLVINGCELLULARAUTOMATAFORFORMGENERATIONINARTIFICIALDEVELOPMENT -- Abstract -- 1.Introduction -- 2.CellularGrowthTestbed -- 2.1.2DNeighborhoods -- 2.1.1.VonNeumannNeighborhood -- 2.1.2.MooreNeighborhood -- 2.1.3.2-RadialNeighborhood -- 2.1.4.MargolusNeighborhood -- 2.2.3DNeighborhood -- 2.3.NetLogoModels -- 3.MorphogeneticGradients -- 4.Genomes -- 5.GeneticAlgorithm -- 5.1.Chromosomestructure -- 5.1.1.Chromosomestructureforformgeneration -- 5.1.2.Chromosomestructureforpatterngeneration -- 5.2.Fitnessfunction -- 5.2.1.Onestructuralgene -- 5.2.2.Multiplestructuralgenes -- 6.FormGeneration -- 6.1.2Dshapes -- 6.2.3Dshapes -- 6.3.Chosenneighborhoodsforpatterngeneration -- 7.PatternGeneration -- 8.Discussion -- 9.Conclusion -- References -- Chapter7 STRUCTURALANDSYMMETRYANALYSISOFDISCRETEDYNAMICALSYSTEMS -- Abstract -- 1.Introduction -- 2.DiscreteDynamics -- 2.1.DiscreteDynamicalModelswithSpace -- 2.1.1.ExampleofDiscreteModelwithEmergentSpace-time. -- 2.1.2.SpaceSymmetriesinMoreDetail. -- 2.1.3.UnificationofSpaceandInternalSymmetries. -- 3.StructuralAnalysisofDiscreteRelations -- 3.1.BasicDefinitionsandConstructions -- 3.1.1.Relations -- 3.1.2.CompatibilityofSystemsofRelations -- 3.1.3.DecompositionofRelations -- 3.1.4.OnRepresentationofRelationsinComputer -- 3.2.Illustration:ApplicationtoSomeCellularAutomata -- 3.2.1.J.Conway'sGameofLife -- 3.2.2.ElementaryCellularAutomata -- 4.Soliton-likeStructuresinDeterministicDynamics -- CommentsonReversibilityinDiscreteSystems. -- 5.MesoscopicLatticeModels -- 5.1.StatisticalMechanics -- 5.2.Mesoscopy -- 5.2.1.LatticeModels. -- 5.3.PhaseTransitions -- 6.GaugeConnectionandQuantization -- 6.1.DiscreteGaugePrinciple. ; 6.2.QuantumBehaviorandGaugeConnection -- 6.2.1.IllustrativeExampleInspiredbyFreeParticle. -- 6.2.2.LocalQuantumModelsonRegularGraphs -- 6.3.GeneralDiscussionofQuantizationinFiniteSystems -- 6.3.1.PermutationsandLinearRepresentations -- 6.3.2.InterpretationofQuantumDescriptioninFiniteBackground -- 7.Conclusion -- Acknowledgments -- References -- Chapter8 REVERSIBILITYOFCELLULARAUTOMATA -- Abstract -- 1.Introduction -- 2.Quivers -- 2.1.DeBruijnQuiver -- 2.2.AdjacencyMatrices -- 3.CellularAutomata -- 3.1.WolframCellularAutomaton -- 3.2.CorrespondencetodeBruijnQuiver -- 3.3.GlobalTransitionofConfigurationAlgebra -- 3.4.TransitionMatrices -- 4.ReversibilityofCellularAutomata -- 4.1.PeriodicReductionsofWCA -- 4.2.Reversibilityofn-WCA -- 4.3.NecessaryConditionsforReversibilityofn-WCA -- 5.ReversibleRulesinECA -- 5.1.EquivalenceClassesofRules -- 5.2.ReversibilityofRule154 -- 5.3.CompleteListofReversibleRules -- 6.Conclusion -- REFERENCES -- Chapter9 FROMGLIDERSTOUNIVERSALITYOFCELLULARAUTOMATA:ANOTHER2D2-STATEUNIVERSALAUTOMATON -- Abstract -- 1.Introduction -- 2.FormalisationsandNotations -- 2.1.SetofCellularAutomata -- 2.2.EvolutionofCellularAutomata -- 2.3.Isotropy -- 2.4.NumberofAutomata -- 2.5.QuiescentState -- 2.6.Patterns -- 2.6.1.Definition -- 2.6.2.Glider -- 2.7.GliderGun -- 3.GameofLife -- 3.1.TransitionRule -- 3.2.ANDGate -- 3.3.NOTGate -- 4.Gliders -- 4.1.EvolutionaryAlgorithm -- 4.2.Result -- 4.2.1.OrthogonalGliders -- 4.2.2.DiagonalGliders -- 5.Universality -- 5.1.TheR0Automaton:anExperimentalResult -- 5.2.Lookingforan"Eater" -- 5.2.1.EvolutionaryAlgorithm -- 5.2.2.TheEateroftheRAutomaton:anExperimentalResult -- 5.3.NANDGate -- 5.3.1.Collisions -- 5.3.2.NewPattern -- 5.3.3.AssemblingPatternsintoaNOTGate -- 5.4.SimulationofOneCelloftheGameofLife -- 5.5.SimulationoftheGameofLife -- 5.5.1.IntersectionofStreams -- 5.5.2.Synchronisation. ; 5.5.3.SimulationoftheGameofLifeinR -- 6.Conclusion -- References -- Chapter10 ANUMERICALIMPLEMENTATIONOFANENCRYPTIONSYSTEMOFCOMPRESSEDSIGNALSWITHACELLULARAUTOMATAAPPROACH -- Abstract -- 1.Introduction -- 2.ElementaryCellularAutomata -- 3.EncryptionSystem -- 3.1.SynchronizationinCellularAutomata -- 3.1.1.Unidirectionalcoupling -- 3.1.2.Synchronization -- 3.2.TheBasicUnitCipher -- 4.PseudoRandomSequencesGenerator -- 4.1.ModifiedGenerator -- 4.2.PerformanceAnalysis -- 4.3.MultifractalPropertiesoftheMatrixHN -- 5.WaveletAnalysis -- 5.1.Introduction -- 5.2.WaveletTransform -- 5.3.CompressionScheme -- 6.NumericalImplementation -- 7.Conclusion -- References -- Chapter11 CANONICALFACTOROFCELLULARAUTOMATA -- Abstract -- Introduction -- 1.Definitions -- 2.Traces -- 2.1.FactorSubshifts -- 2.2.Generators -- 2.3.ColumnFactors -- 3.TracesofCellularAutomata -- 4.Equicontinuity -- 5.Expansivity -- 6.Entropy -- Conclusion -- References -- INDEX -- Blank Page.
• Titolo autorizzato: Cellular automata
• ISBN: 1-62100-148-2
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Lingua di pubblicazione: Inglese
• Record Nr.: 9910824968703321
• Lo trovi qui: Univ. Federico II
• Serie: Mathematics research developments series.; Computer science, technology and applications.