Explanation of the Code:
- Initialization: The algorithm initializes a population of slave agents, distributing them randomly within the given bounds.
- Parallel Evaluation (parfor): The parfor loop (from MATLAB’s Parallel Computing Toolbox) is used to distribute solution evaluations across multiple slave agents in parallel, speeding up the optimization process.
- Solution Perturbation: Each slave agent generates a new solution by adding a small random perturbation to its current position and then evaluates the fitness of this new solution.
- Master Node: Collects results from all slave agents, updates the global best solution, and manages the iteration process.
- Objective Function: The Rastrigin function is used as a test case, but you can replace it with your own objective function.
Customization:
- Objective Function: Replace objFunc with your custom function to optimize.
- Parameters: Adjust the number of slave agents, iterations, and search space bounds as needed.
- Parallel Computing: Ensure you have the Parallel Computing Toolbox installed and configured to use parfor.
Note:
- The parfor loop can significantly speed up computations for problems that are expensive to evaluate. If you don’t have the Parallel Computing Toolbox, you can replace parfor with a regular for loop, but it will run sequentially.
引用格式
praveen kumar (2024). Master-Slave Optimization (MSO) (https://www.mathworks.com/matlabcentral/fileexchange/175763-master-slave-optimization-mso), MATLAB Central File Exchange. 检索时间: .
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版本 | 已发布 | 发行说明 | |
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1.0.0 |