Menu
Home
Contact us
Stats
Categories
Calendar
Toggle Wiki
Wiki Home
Last Changes
Rankings
List pages
Orphan pages
Sandbox
Print
Toggle Image Galleries
Galleries
Rankings
Toggle Articles
Articles home
List articles
Rankings
Toggle Blogs
List blogs
Rankings
Toggle Forums
List forums
Rankings
Toggle File Galleries
List galleries
Rankings
Toggle Maps
Mapfiles
Toggle Surveys
List surveys
Stats
ITHEA Classification Structure > I. Computing Methodologies  > I.6 SIMULATION AND MODELING 
SOLVING TRAVELLING SALESMAN PROBLEM IN A SIMULATION ...
By: Angel Goñi Moreno (4552 reads)
Rating: (1.00/10)

Abstract: In this paper it is explained how to solve a fully connected N-City? travelling salesman problem (TSP) using a genetic algorithm. A crossover operator to use in the simulation of a genetic algorithm (GA) with DNA is presented. The aim of the paper is to follow the path of creating a new computational model based on DNA molecules and genetic operations. This paper solves the problem of exponentially size algorithms in DNA computing by using biological methods and techniques. After individual encoding and fitness evaluation, a protocol of the next step in a GA, crossover, is needed. This paper also shows how to make the GA faster via different populations of possible solutions.

Keywords: DNA Computing, Evolutionary Computing, Genetic Algorithms.

ACM Classification Keywords: I.6. Simulation and Modeling, B.7.1 Advanced Technologies, J.3 Biology and Genetics

Link:

SOLVING TRAVELLING SALESMAN PROBLEM IN A SIMULATION OF GENETIC ALGORITHMS WITH DNA

Angel Goñi Moreno

http://www.foibg.com/ijita/vol15/ijita15-4-p08.pdf

Print
I.6 SIMULATION AND MODELING
article: About convergence of fuzzy perceptive elements sequences, defined on ... · METHOD FOR CONTROLLING STATE CHANNEL WIRELESS NETWORKS UNDER A PRIORI ... · PROBLEM OF RESTORING THE FUNCTIONS-SIGNALS BY FINITE SET OF DATA WITH ERRORS · SOME APPROACHES TO THE DEVELOPMENT OF ANALYTICAL MODEL FOR THE RESEARCH ... · MICRORAM: A SIMULATION MODEL OF A COLONY OF BACTERIA EVOLVING INSIDE ... · MODELING AND OPTIMIZATION OF CRYOGENIC – OPTICAL GRAVIMETERS · ЛИНГВИСТИЧЕСКИЕ И ИНТЕЛЛЕКТУАЛЬНЫЕ ИНСТРУ� · CELLULAR COMPUTING: TOWARDS AN ARTIFICIAL CELL · SIMULATION OF BIOLOGICAL MODELS USING CAD TOOLS: NEEDS AND FUTURE · BIOLOGICAL PROCESSES STUDIES THROUGH SOFTWARE TOOLS:... · MODELING, SIMULATION AND APPLICATION OF BACTERIAL TRANSDUCTION IN ... · ABOUT POSSIBILITY-THEORETICAL METHOD OF PIECEWISE-LINEAR APPROXIMATION ... · PARETO-OPTIMUM APPROACH TO MATHEMATICAL MODELING OF ODOURS IDENTIFICATION ... · ОБОБЩЕНИЯ ПРИНЦИПОВ РАСПРЕДЕЛЕНИЯ ЗАТРАТ Д · ENERGY-EFFICIENT PROTOCOL IN OMNET++ SIMULATION ENVIRONMENT · SELF-ORGANIZING ROUTING ALGORITHM FOR WIRELESS SENSORS NETWORKS (WSN) USING ... · GLOBAL MEMORY STRUCTURE FOR ANT COLONY OPTIMIZATION ALGORITHMS · SIMULATION OF DNA CUTTING · COLLISION DETECTION AND TREATMENT USING 2D RECONFIGURABLE HARDWARE · APPLICATION OF PARETO OPTIMIZATION APPROACH TO OBSERVABILITY PROBLEM ... · INDIVIDUALLY OPTIMAL PRINCIPLES OF DISTRIBUTION OF GREENHOUSE GAS EMMISION QUOT · GENE CODIFICATION FOR NOVEL DNA COMPUTING PROCEDURES · AN ONTOLOGY-BASED APPROACH TO THE INCOMPLETE SIMULATION MODEL ... · REDUCTION MEASUREMENTS FOR CALCULATION IN FUZZY EXPERIMENT SCHEME · A DNA CODIFICATION FOR GENETIC ALGORITHMS SIMULATION · GLOBAL MEMORY STRUCTURE FOR ANT COLONY OPTIMIZATION ALGORITHMS · SIMULATION OF DNA CUTTING · PROGNOSTICATION OF EFFICIENCY OF MEDICAL AND PROPHYLACTIC ... · STATISTICAL MODELING OF SPREAD OF OPTICAL FIELDS IN FIRES · DNA SIMULATION OF GENETIC ALGORITHMS: FITNESS COMPUTATION1 · SOLVING TRAVELLING SALESMAN PROBLEM IN A SIMULATION ... · DYNAMIC DISTRIBUTION SIMULATION MODEL OBJECTS ... ·
Login
[ register | I forgot my password ]
World Clock
Powered by Tikiwiki Powered by PHP Powered by Smarty Powered by ADOdb Made with CSS Powered by RDF powered by The PHP Layers Menu System
RSS Wiki RSS Blogs rss Articles RSS Image Galleries RSS File Galleries RSS Forums RSS Maps rss Calendars
[ Execution time: 0.08 secs ]   [ Memory usage: 7.57MB ]   [ GZIP Disabled ]   [ Server load: 0.48 ]
Powered by Tikiwiki CMS/Groupware