邻域 Resources

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The I-GWO algorithm incorporates an innovative movement strategy called Dimension Learning-Based Hunting (DLH), which mimics individual hunting behaviors observed in natural wolf packs. DLH constructs unique neighborhoods for each wolf using varied approaches, enabling information sharing among neighboring wolves. The dimension learning mechanism within DLH enhances the balance between local and global search capabilities while maintaining population diversity. The provided code demonstrates I-GWO implementation on benchmark test functions, featuring key components like position updating, fitness evaluation, and neighborhood construction functions.

MATLAB 224 views Tagged

To enable effective search capabilities, the solution space must have meaningful neighborhoods where solutions exhibit similar properties within a finite range - known as the "proximity implies similarity" principle. This requirement is crucial for the Fireworks Algorithm's optimization effectiveness. In practical implementation, whether using discrete or continuous encoding during problem modeling and solution representation, this fundamental condition must be satisfied. Additionally, the algorithm achieves balance between global and local search capabilities through resource allocation and information exchange among fireworks based on their relative fitness values, while the explosive search mechanism enables...

MATLAB 268 views Tagged