With combinatorial optimization we try to find good solutions for many computationaly difficult problems. For this type of problems we often use metaheuristics such as genetic algorithms. We describe complexity classes NP and P and relation between them. We present genetic algorithms with different parallelization models. Main part consists of distributed genetic algorithm implementation using client-server schema and island model. We develop communications protocol and graphical user interface. We analyze several algorithm and distribution parameters and test our implementation using traveling salesman problem collection
Mathematica has proven itself to be a suitable platform on which to develop prototype Genetic Progr...
Lecture #1: From Evolution Theory to Evolutionary Computation. Evolutionary computation is a subfiel...
Lecture #1: From Evolution Theory to Evolutionary Computation. Evolutionary computation is a subfiel...
This paper reports about research projects of the University of Paderborn in the field of distribute...
Evolution algorithms for combinatorial optimization have been proposed in the 70's. They did not hav...
Combinatorial optimization is a way of finding an optimum solution from a finite set of objects. For...
In the proposed algorithm, several single population genetic algorithms with different cross-over an...
Parallel genetic algorithms (PGA) use two major modifications compared to the genetic algorithm. Fir...
The genetic algorithm is a general purpose, population-based search algorithm in which the individua...
The problem addressed here is to orthogonally pack a given set of box shaped items into the minimum ...
The main aim of this thesis is the comparison of parallel and sequential algorithm implementation fo...
An architecture of a distributed parallel genetic algorithm was developed to improve computing resou...
Abstract—In this article, we evaluate the applicability of Genetic Programming (GP) for the evolutio...
Genetic algorithms are search or classification algorithms based on natural models. They present a h...
Genetic algorithms are search or classification algorithms based on natural models. They present a h...
Mathematica has proven itself to be a suitable platform on which to develop prototype Genetic Progr...
Lecture #1: From Evolution Theory to Evolutionary Computation. Evolutionary computation is a subfiel...
Lecture #1: From Evolution Theory to Evolutionary Computation. Evolutionary computation is a subfiel...
This paper reports about research projects of the University of Paderborn in the field of distribute...
Evolution algorithms for combinatorial optimization have been proposed in the 70's. They did not hav...
Combinatorial optimization is a way of finding an optimum solution from a finite set of objects. For...
In the proposed algorithm, several single population genetic algorithms with different cross-over an...
Parallel genetic algorithms (PGA) use two major modifications compared to the genetic algorithm. Fir...
The genetic algorithm is a general purpose, population-based search algorithm in which the individua...
The problem addressed here is to orthogonally pack a given set of box shaped items into the minimum ...
The main aim of this thesis is the comparison of parallel and sequential algorithm implementation fo...
An architecture of a distributed parallel genetic algorithm was developed to improve computing resou...
Abstract—In this article, we evaluate the applicability of Genetic Programming (GP) for the evolutio...
Genetic algorithms are search or classification algorithms based on natural models. They present a h...
Genetic algorithms are search or classification algorithms based on natural models. They present a h...
Mathematica has proven itself to be a suitable platform on which to develop prototype Genetic Progr...
Lecture #1: From Evolution Theory to Evolutionary Computation. Evolutionary computation is a subfiel...
Lecture #1: From Evolution Theory to Evolutionary Computation. Evolutionary computation is a subfiel...