| Description |
1 online resource |
| Series |
Mathematics research developments |
|
Computer science, technology and applications |
|
Mathematics research developments series.
|
|
Computer science, technology and applications.
|
| Contents |
CELLULAR AUTOMATA ; CELLULAR AUTOMATA ; CONTENTS ; PREFACE ; 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 |
|
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 ; 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 ; CELLULAR AUTOMATA OPTIMIZATION VIA EVOLUTIONARY METHODS ; ABSTRACT ; INTRODUCTION ; CELLULAR FORMULATION ; COMBINED CELLULAR -- GENETIC FORMULATION; LOCAL SEARCH ALGORITHM ; RESULTS AND DISCUSSION ; REFERENCES; PARALLEL CELLULAR AUTOMATA ON CHIP ; ABSTRACT ; 1. INTRODUCTION ; 2. A SIMPLE CELLULAR AUTOMATON ; 3. RECONFIGURABLE COMPUTING |
|
4. CELLULAR AUTOMATA RECONFIGURABLE PROCESSOR4.1. Modeling of the Algorithm ; 4.2. Processor Design ; 4.3. Hardware Implementation ; 5. EXPERIMENTAL RESULTS ; 6. CONCLUSIONS AND FUTURE WORK ; ACKNOWLEDGMENTS ; REFERENCES ; 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. Chromosomestructureforformgeneration5.1.2. 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; STRUCTURALANDSYMMETRYANALYSISOFDISCRETEDYNAMICALSYSTEMS; Abstract; 1. Introduction; 2. DiscreteDynamics; 2.1. DiscreteDynamicalModelswithSpace; 2.1.1. ExampleofDiscreteModelwithEmergentSpace-time.; 2.1.2. SpaceSymmetriesinMoreDetail.; 2.1.3. UnificationofSpaceandInternalSymmetries |
| Bibliography |
Includes bibliographical references and index |
| Notes |
English |
|
Description based on print version record and CIP data provided by publisher |
| Subject |
Cellular automata.
|
|
COMPUTERS -- Machine Theory.
|
|
Cellular automata
|
| Form |
Electronic book
|
| Author |
Li, Thomas M., editor
|
| LC no. |
2020686437 |
| ISBN |
9781621001485 |
|
1621001482 |
|
