不规则六边形网格覆盖路径规划基准数据集
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该数据集由智利阿道夫·伊巴涅斯大学与智利海军联合创建,包含10,000个具有不同形态特征的不规则六边形区域实例,涵盖紧凑型、细长型和不规则型三类拓扑结构。数据通过合成方法生成,每个实例均经过深度优先搜索验证其哈密顿可行性,确保评估结果的可靠性。数据集专门用于对比分析17种经典确定性启发式算法在稀疏六边形图上的性能表现,包括覆盖成功率、路径长度、航向变化等指标。其应用领域聚焦于海事监测、搜索救援等无人系统覆盖路径规划任务,旨在解决不规则地形下算法鲁棒性评估的基准缺失问题。
This dataset was jointly created by Adolfo Ibáñez University of Chile and the Chilean Navy. It contains 10,000 instances of irregular hexagonal regions with diverse morphological characteristics, covering three types of topologies: compact, slender, and irregular. All data are generated via synthetic methods, and each instance has been verified for Hamiltonian feasibility using Depth-First Search (DFS) to ensure the reliability of subsequent evaluation results. This dataset is specifically designed for comparative performance analysis of 17 classic deterministic heuristic algorithms on sparse hexagonal graphs, with evaluation metrics including coverage success rate, path length, heading change, and others. Its application scenarios focus on coverage path planning tasks for unmanned systems such as maritime monitoring and search and rescue, aiming to address the shortage of benchmarks for algorithm robustness evaluation in irregular terrain.




