考虑需求和能力匹配的保障关系规划方法

doi:10.12305/j.issn.1001-506X.2026.08.21

Abstract

Abstract:

In response to the challenges of material supply support and equipment maintenance support in military operations, a support relationship planning method is proposed that considers the balance between support demands and capabilities, along with the spatial location relationships between demand points and supply points. Firstly, the adjacency relationships among demand points are constructed using cellular automata in discrete spaces or the Delaunay triangulation algorithm in continuous spaces, forming an initial adjacency network of demand points. Then, based on this adjacency network, heuristic cell growth rules are designed to plan the support relationships between demand points and supply points. The resulting support relationships balance demands and capabilities while maintaining reasonable spatial location relationships, providing a viable solution for planning material supply support and equipment maintenance support schemes.

Key words: material supply support, equipment maintenance support, spatial partitioning, support relationship

CLC Number:

TP 391.9

Haolin WEN, Xin LIANG, Songyi WANG, Tong CHEN. Support relationship planning method considering demand and capability matching[J]. Systems Engineering and Electronics, 2026, 48(8): 2753-2760.

Figures/Tables 15

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符号	意义
$ m $	供应点个数
$ n $	需求点个数
$ {S}_{i} $	第$ i $个供应点
$ {D}_{j} $	第$ j $个需求点
$ ({x}_{{{S}_{i}}},{y}_{{{S}_{i}}}) $	供应点$ {S}_{i} $的坐标
$ ({x}_{{{D}_{j}}},{y}_{{{D}_{j}}}) $	需求点$ {D}_{j} $的坐标
$ {\alpha }_{{{S}_{i}}} $	供应点$ {S}_{i} $能提供的供应量
$ \alpha _{{S}_{i}}^{\text{'}} $	供应点$ {S}_{i} $给所有分配的需求点提供的实际供应量
$ {\beta }_{{{D}_{j}}} $	需求点$ {D}_{j} $的实际需求量
$ {\boldsymbol{R}} $	用二元决策矩阵表示供应点和需求点之间是否建立保障关系
$ B $	规划方案的平衡性指标，代表供应量与需求量的匹配程度
$ G $	规划方案的聚集性指标，代表所有需求点与供应点Minkowski距离之和

元素名称	类型
需求	double
颜色	Color
供应点序数	int
相邻需求点序数	ArrayList[int]
相邻需求点	ArrayList[需求点]

元素名称	类型
颜色	Color
实际总供给量	double
供给比例	double
供给量	double

序号	供应量/%	x	y
1	20	150	140
2	10	469	154
3	20	353	452
4	20	200	532
5	30	300	300

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Support relationship planning method considering demand and capability matching

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