Identikit Creation with the Use of Genetic Algorithms

Milan Kováč; Peter Schreiber

doi:10.4028/www.scientific.net/AMM.248.491

Paper Titles

Fatigue Crack Growth Prediction of Elliptical Corner Crack Using 3D FEM
p.469

Vibration Isolation Characteristics of Euler Strut Spring Used in Low Frequency Vibration Isolation System
p.475

Analysis of Objective Decision for Engine Remanufacturing of Automotive Enterprise Based on AHP
p.481

The Proposal of Function in Smart Home for Handicapped Users
p.486

Identikit Creation with the Use of Genetic Algorithms
p.491

A Study on Risk Assessment of the Commercial Development Stage of New Product in Manufacturing Enterprises
p.495

A Study on Recycling of Supreme Garnet in Abrasive Waterjet Machining
p.499

3D Roughness Parameters as Factors in Determining the Evolution of Effective Stress Concentration Factors in Fatigue Processes
p.504

Implementation of Lean Manufacturing System in Bogie Assembly in Railway Coach Factory
p.511

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 248Identikit Creation with the Use of Genetic...

Identikit Creation with the Use of Genetic Algorithms

Abstract:

The method for an identikit creating has been practically unchanged since its invention, despite the fact that it is low effective. By using genetic algorithms, faces are taken as wholes and are created by generations. Using crossover and mutation, they evolve themselves, so there is no need to work with individual parts. Witness chooses the best face in every generation, so he does not have to give a description. Faces are evolving until the witness is satisfied with the results.