In this paper we present parallel implementation of genetic algorithm using map/reduce programming paradigm. Hadoop implementation of map/reduce library is used for this purpose. We compare our implementation with implementation presented in [1]. These two implementations are compared in solving One Max (Bit counting) problem. The comparison criteria between implementations are fitness convergence, quality of final solution, algorithm scalability, and cloud resource utilization. Our model for parallelization of genetic algorithm shows better performances and fitness convergence than model presented in [1], but our model has lower quality of solution because of species problem
elephant56 is an open source framework for the development and execution of single and parallel Gene...
Data-intensive computing has emerged as a key player for processing large volumes of data exploiting...
Optimizing Boggle boards: An evaluation of parallelizable techniques i This paper’s objective is to ...
In this paper we present parallel implementation of genetic algorithm using map/reduce programming p...
Data-Intensive Computing (DIC) played an important role for large data set utilizing the parallel co...
The need to improve the scalability of Genetic Algorithms (GAs) has motivated the research on Parall...
The Travelling Salesman Problem (TSP) is one of the hardest and the most fundamental problems in Com...
Most real-life data analysis problems are difficult to solve using exact methods, due to the size of...
The main goal of this paper is to summarize the previous research on parallel genetic algorithms. We...
Abstract: Cluster analysis is used to classify similar objects under same group. It is one of the mo...
As genetic algorithms (GAs) are used to solve harder problems, it is becoming necessary to use bette...
This paper describes a framework for developing parallel Genetic Algorithms (GAs) on the Hadoop plat...
Genetic algorithms are frequently used to solve optimization problems. However, the problems become ...
153 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.Parallel implementations of g...
Abstract Cluster analysis is used to classify similar objects under same group. It is one of the mos...
elephant56 is an open source framework for the development and execution of single and parallel Gene...
Data-intensive computing has emerged as a key player for processing large volumes of data exploiting...
Optimizing Boggle boards: An evaluation of parallelizable techniques i This paper’s objective is to ...
In this paper we present parallel implementation of genetic algorithm using map/reduce programming p...
Data-Intensive Computing (DIC) played an important role for large data set utilizing the parallel co...
The need to improve the scalability of Genetic Algorithms (GAs) has motivated the research on Parall...
The Travelling Salesman Problem (TSP) is one of the hardest and the most fundamental problems in Com...
Most real-life data analysis problems are difficult to solve using exact methods, due to the size of...
The main goal of this paper is to summarize the previous research on parallel genetic algorithms. We...
Abstract: Cluster analysis is used to classify similar objects under same group. It is one of the mo...
As genetic algorithms (GAs) are used to solve harder problems, it is becoming necessary to use bette...
This paper describes a framework for developing parallel Genetic Algorithms (GAs) on the Hadoop plat...
Genetic algorithms are frequently used to solve optimization problems. However, the problems become ...
153 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.Parallel implementations of g...
Abstract Cluster analysis is used to classify similar objects under same group. It is one of the mos...
elephant56 is an open source framework for the development and execution of single and parallel Gene...
Data-intensive computing has emerged as a key player for processing large volumes of data exploiting...
Optimizing Boggle boards: An evaluation of parallelizable techniques i This paper’s objective is to ...