It has been demonstrated that simulated annealing provides high-quality results for the data clustering problem. However, existing simulated annealing schemes are memory-based algorithms; they are not suited for solving large problems such as data clustering which typically are too big to fit in the memory space in its entirety. Various buffer replacement policies, assuming either temporal or spatial locality, are not useful in this case since simulated annealing is based on a randomized search process. Poor locality of references will cause the memory to thrash because too many replacements are required
Simulated annealing is a combinatorial optimization method based on randomization techniques. The me...
Simulated annealing is a combinatorial optimization method based on randomization techniques. The me...
Clustering, Binary relations, Equivalence relation, Cliques, Combinatorial optimization, Heuristics,...
In this paper we discuss the solution of the clustering problem usually solved by the K-means algori...
In this paper we discuss the solution of the clustering problem usually solved by the K-means algori...
Explores the applicability of simulated annealing, a probabilistic search method, for finding optima...
Abstract: Clustering is one of the fastest growing research areas because of availability of huge am...
This paper presents a fast simulated annealing framework for combining multiple clusterings (i.e. cl...
The simulated annealing technique for solving combinatorial problems is applied to cluster analysis,...
Abstract--We formalize clustering as a partitioning problem with a user-defined internal clustering ...
A cluster algorithm for noisy data distributions is presented. It minimizes an error function using ...
Although training an ensemble of neural network solutions increases the amount of information obtain...
In this paper, we demonstrate how simulated annealing algorithm can be applied to clustering algorit...
The k-means clustering method is one of the most widely used techniques in big data analytics. In th...
In this brief, we propose an extension to the hierarchical deterministic annealing (HDA) algorithm f...
Simulated annealing is a combinatorial optimization method based on randomization techniques. The me...
Simulated annealing is a combinatorial optimization method based on randomization techniques. The me...
Clustering, Binary relations, Equivalence relation, Cliques, Combinatorial optimization, Heuristics,...
In this paper we discuss the solution of the clustering problem usually solved by the K-means algori...
In this paper we discuss the solution of the clustering problem usually solved by the K-means algori...
Explores the applicability of simulated annealing, a probabilistic search method, for finding optima...
Abstract: Clustering is one of the fastest growing research areas because of availability of huge am...
This paper presents a fast simulated annealing framework for combining multiple clusterings (i.e. cl...
The simulated annealing technique for solving combinatorial problems is applied to cluster analysis,...
Abstract--We formalize clustering as a partitioning problem with a user-defined internal clustering ...
A cluster algorithm for noisy data distributions is presented. It minimizes an error function using ...
Although training an ensemble of neural network solutions increases the amount of information obtain...
In this paper, we demonstrate how simulated annealing algorithm can be applied to clustering algorit...
The k-means clustering method is one of the most widely used techniques in big data analytics. In th...
In this brief, we propose an extension to the hierarchical deterministic annealing (HDA) algorithm f...
Simulated annealing is a combinatorial optimization method based on randomization techniques. The me...
Simulated annealing is a combinatorial optimization method based on randomization techniques. The me...
Clustering, Binary relations, Equivalence relation, Cliques, Combinatorial optimization, Heuristics,...