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SVM Support Classification
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using System;
using System.Collections.Generic;
using System.IO;
using System.Text;
namespace NSvm
{
/// <summary>Sparse Binary Support Vector Machine.</summary>
[Serializable]
public class SparseBinaryLinearSvm : LinearSvmBase<SparseBinaryVector>
{
protected override v
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Cuckoo Search Algorithm
4.0
%% Set problem parameters % select your cost function: costFunction = 'rastrigin'; % F6 +/-5.12 npar = 100; % number of optimization variables varLo = -5; % Lower band of parameter varHi = 5; % Higher band of parameter %% Set COA parameters Rmy 2016-08-23
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Grid Load Balancing
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Computational grids provide a massive source of processing power, providing the means to support processor intensive applications. The strong burstiness and unpredictability of the available resources raise the need to make applications robust against the dynamics of grid environment. The two main techniques that are most suitable to cope with the dynamic nature of the grid are load balancing and job replication. In this work, we develop a load-balancing algorithm by juxtaposes the strong points of neighbor-based and cluster-based load-balancing methods. We then integrate the proposed load-balancing approach with fault-tolerant scheduling namely MinRC and develop a performance-driven fault-tolerant load-balancing algorithm or
Rmy 0 0
1
Grid Load Balancing
no vote
Computational grids provide a massive source of processing power, providing the means to support processor intensive applications. The strong burstiness and unpredictability of the available resources raise the need to make applications robust against the dynamics of grid environment. The two main techniques that are most suitable to cope with the dynamic nature of the grid are load balancing and job replication. In this work, we develop a load-balancing algorithm by juxtaposes the strong points of neighbor-based and cluster-based load-balancing methods. We then integrate the proposed load-balancing approach with fault-tolerant scheduling namely MinRC and develop a performance-driven fault-tolerant load-balancing algorithm or
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1
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