储供基地支援保障能力评估混合算法

doi:10.12305/j.issn.1001-506X.2022.09.17

Abstract

Abstract:

In view of the lack of effective model algorithm for wartime material storage and supply capacity evaluation, the main influencing factors and key links of wartime material supply support of storage and supply base is analyzed. The evaluation index system of support capacity of storage and supply base is established. And the comprehensive use of algorithms such as definition quantification, assessment and evaluation, fuzzy algorithm, analytic hierarchy process (AHP), queuing network, and index synthesis is putted forward to calculate its personnel quality, storage, loading and unloading, delivery, command and control, information support and other indicators. Finally, the algorithm of comprehensive support capability evaluation model is given. The effectiveness of the proposed algorithm is verified by an example analysis, which provides a basis for the auxiliary decision-making of wartime war materiel storage and supply support and the design of information system.

Key words: warehousing supply, analytic hierarchy process (AHP), queuing theory, fuzzy algorithm, index synthesis method, competency assessment

CLC Number:

Wenming ZHOU, Dekang CUI, Jingyi ZHOU, Mingming ZHANG, Anshi ZHU. Hybrid algorithm for evaluation of support capability of storage and supply base[J]. Systems Engineering and Electronics, 2022, 44(9): 2832-2839.

Figures/Tables 8

Fig.1

Table 1

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Table 4

Fig.2

Table 5

Table 6

References 31

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物资类别	服务台数量	服务率	待装车辆数量	约束时间/h
弹药1	1	0.83	15	15
弹药2	2	0.91	13	15
油料3	1	2	25	15
军需物资4	2	1.5	17	15
维修器材5	2	0.73	11	15
战救药材6	1	1.2	7	15

排队	等待队列长/(台/小时)	排队长/(台/小时)	等待时长/h	停留时间/h	装载完成数量	x₅
排队1	0.576 5	1.078 9	1.382 5	2.587 3	5	0.863 6
排队2	0.025 5	0.483 7	0.061 1	1.160 0	12	0.863 6
排队3	0.030 8	0.239 3	0.073 8	0.573 8	25(26)	0.863 6
排队4	0.005 4	0.283 4	0.013 0	0.679 7	17(22)	0.863 6
排队5	0.051 8	0.623 0	0.124 2	1.494 0	10	0.863 6
排队6	0.085 1	0.363 1	0.204 1	0.870 7	7(17)	0.863 6

物资种类	服务台数量	服务率	待装车辆数量	约束时间/h
弹药1	2	0.98	15	15
弹药2	2	0.91	13	15
油料3	1	2	25	15
军需物资4	2	1.5	17	15
维修器材5	2	0.73	11	15
战救药材6	1	1.2	7	15

排队	等待队列长/(台/小时)	排队队长/(台/小时)	等待时长/h	停留时间/h	装载完成数量	x₅
排队1	0.202 0	0.445 7	0.048 4	1.068 8	14	0.965 9
排队2	0.025 5	0.483 7	0.061 1	1.160 0	12	0.965 9
排队3	0.030 8	0.239 3	0.073 8	0.573 8	25(26)	0.965 9
排队4	0.005 4	0.283 4	0.013 0	0.679 7	17(22)	0.965 9
排队5	0.051 8	0.623 0	0.124 2	1.494 0	10	0.965 9
排队6	0.085 1	0.363 1	0.204 1	0.870 7	7(17)	0.965 9

物资种类	服务台数量	服务率	待装车辆数量	约束时间/h
弹药1	1	0.83	20	11
弹药2	2	0.91	22	11
油料3	1	2	28	11
军需物资4	2	1.5	18	11
维修器材5	2	0.73	15	11
战救药材6	1	1.2	11	11

Hybrid algorithm for evaluation of support capability of storage and supply base

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排队	等待队列长/(台/小时)	排队队长/(台/小时)	等待时长/h	停留时间/h	装载完成数量	x₅
排队1	0.576 5	1.078 9	1.382 5	2.587 3	3	0.578 5
排队2	0.044 3	0.590 5	0.089 2	1.188 1	9	0.578 5
排队3	0.002 6	0.251 1	0.005 2	0.505 2	21	0.578 5
排队4	0.021 6	0.270 1	0.043 4	0.543 4	18(20)	0.578 5
排队5	0.092 3	0.773 2	0.185 8	1.555 6	7	0.578 5
排队6	0.246 7	0.660 8	0.496 3	1.329 7	8	0.578 5