综合最优赋权和云模型的导引头方案优选方法

doi:10.12305/j.issn.1001-506X.2025.09.22

Abstract

Abstract:

Aiming at the problem of seeker scheme preferred for a air-to-ground missile attacking armored targets, an evaluation method of multi-mode composite seeker schemes and a method to select preferred schemes are proposed. which is based on multi-objective multi-attribute optimal combination weighting under the deviation maximization criterion and the cloud model. By analyzing the overall missile requirements for the use of the seeker, the index hierarchy model of multi-mode composite seeker for scheme evaluation is established. The optimal combination of the weight coefficients obtained by the three evaluation methods is carried out based on the deviation maximization method. A comprehensive evaluation cloud is obtained by using the floating cloud algorithm and optimal weights, which is combined with the established baseline evaluation cloud map to obtain the scheme evaluation and preferred results. The preferred results of the four composite seeker schemes show that the method proposed can quantitatively evaluate schemes. The method proposed can provide a basis for the evaluation and preferred of seeker schemes.

Key words: multi-mode composite seeker, scheme evaluation and preferred, maximization of deviation, optimal combined weight, cloud model

CLC Number:

TJ 765

Guoqiang GUO, Zhiqi NIU, Yachao LI, Meng CHEN, Weidong TIAN, Wenxi CHEN. Comprehensive optimization method for seeker scheme integrating optimal weighting and cloud model[J]. Systems Engineering and Electronics, 2025, 47(9): 3011-3021.

Figures/Tables 13

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Table 1

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Fig.2

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Fig.3

Table 5

Fig.4

Table 6

Fig.5

Fig.6

Fig.7

References 30

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标度值	含义
0.5	指标$ i $相对于指标$ j $同样重要
0.6	指标$ i $相对于指标$ j $稍微重要
0.7	指标$ i $相对于指标$ j $明显重要
0.8	指标$ i $相对于指标$ j $强烈重要
0.9	指标$ i $相对于指标$ j $极端重要

序号	多模复合导引头方案
1	激光/红外复合导引头
2	激光/毫米波复合导引头
3	红外/毫米波复合导引头
4	激光/红外/毫米波复合导引头

序号	C层次指标	熵值e_j	熵冗余度re_j
1	C₁₁	0.746 2	0.253 8
2	C₁₂	0.778 3	0.221 7
3	C₁₃	0.796 0	0.204 0
4	C₁₄	0.796 0	0.204 0
5	C₁₅	0.755 3	0.244 7
6	C₁₆	0.755 2	0.244 8
7	C₂₁	0.735 0	0.265 0
8	C₂₂	0.765 2	0.234 8
9	C₂₃	0.765 2	0.234 8
10	C₂₄	0.796 0	0.204 0
11	C₂₅	0.752 3	0.247 7
12	C₃₁	0.755 2	0.244 8
13	C₃₂	0.735 0	0.265 0
14	C₃₃	0.679 9	0.320 1
15	C₃₄	0.784 6	0.215 4
16	C₃₅	0.721 3	0.278 7
17	C₃₆	0.796 0	0.204 0
18	C₄₁	0.692 1	0.307 9
19	C₄₂	0.692 1	0.307 9
20	C₄₃	0.735 0	0.265 0
21	C₄₄	0.769 9	0.230 1
22	C₄₅	0.633 6	0.366 4
23	C₅₁	0.692 1	0.307 9
24	C₅₂	0.692 1	0.307 9
25	C₅₃	0.735 0	0.265 0
26	C₅₄	0.675 9	0.324 1
27	C₅₅	0.796 0	0.204 0
28	C₆₁	0.792 4	0.207 6
29	C₆₂	0.779 5	0.220 5
30	C₆₃	0.784 8	0.215 2
31	C₆₄	0.725 8	0.274 2
32	C₆₅	0.695 8	0.304 2

评价等级	评分区间	基准云模型特征参数
Ⅰ级	[60, 70]	（65, 1.667, 0.1667）
Ⅱ级	（70, 80]	（75, 1.667, 0.1667）
Ⅲ级	（80, 90]	（85, 1.667, 0.1667）
Ⅳ级	（90, 100]	（95, 1.667, 0.1667）

序号	多模复合导引头方案	综合评价云
1	激光/红外	（74.28，3.69，0.96）
2	激光/毫米波	（78.92，3.40，1.07）
3	红外/毫米波	（87.30，3.14，1.01）
4	激光/红外/毫米波	（82.37，3.16，1.02）

Comprehensive optimization method for seeker scheme integrating optimal weighting and cloud model

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Figures/Tables 13

References 30

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指标	专家
指标	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15
C₁₁	54	57	58	54	57	50	57	53	57	55	57	50	55	51	51
C₁₂	56	55	53	55	50	55	53	55	53	56	51	51	55	54	56
C₁₃	75	80	81	79	75	81	75	88	88	88	76	75	81	87	82
C₁₄	81	81	80	83	78	83	79	79	74	73	78	76	73	71	73
C₁₅	64	62	62	58	55	66	66	57	65	64	57	55	59	57	55
C₁₆	84	89	86	81	83	80	82	80	89	81	88	85	87	83	82
C₂₁	64	60	62	63	63	58	67	54	65	59	57	63	67	59	61
C₂₂	77	69	72	76	78	77	76	70	71	72	71	69	69	69	72
C₂₃	77	76	77	76	75	75	72	75	72	77	75	76	78	77	74
C₂₄	72	77	74	82	84	84	82	78	81	71	73	72	80	82	76
C₂₅	58	55	59	67	59	62	58	56	66	65	63	63	56	59	59
C₃₁	82	83	90	91	81	90	87	90	92	85	94	88	80	86	88
C₃₂	85	82	86	82	83	87	86	80	86	88	82	80	81	83	81
C₃₃	86	81	82	80	82	86	86	78	87	81	83	85	86	81	80
C₃₄	63	67	60	63	69	62	68	67	65	68	70	62	68	61	63
C₃₅	71	84	80	79	83	72	85	78	79	80	73	71	70	77	83
C₃₆	83	81	82	92	86	92	92	83	93	87	86	82	87	88	87
C₄₁	88	80	81	86	85	81	89	89	92	92	81	88	88	90	86
C₄₂	86	90	92	93	93	92	88	88	92	90	92	89	93	87	86
C₄₃	62	64	57	56	53	52	50	52	51	60	57	57	54	58	52
C₄₄	57	57	59	53	56	55	55	52	52	60	60	54	59	56	60
C₄₅	55	61	62	52	58	52	57	58	58	58	52	53	54	53	52
C₅₁	84	82	82	81	85	88	89	80	84	91	92	81	87	87	88
C₅₂	87	91	87	82	86	88	85	81	86	82	88	84	90	89	82
C₅₃	86	89	81	93	91	81	88	89	83	90	86	80	84	84	82
C₅₄	90	90	90	93	85	84	87	80	92	83	90	88	88	92	87
C₅₅	75	73	70	71	65	68	69	72	71	75	67	66	70	68	66
C₆₁	85	89	89	89	90	91	88	83	89	84	88	86	86	84	90
C₆₂	85	81	89	85	87	84	85	83	81	83	83	90	85	83	87
C₆₃	89	88	81	84	83	89	82	85	84	83	81	83	85	83	89
C₆₄	84	80	81	78	79	75	81	76	89	85	89	79	88	79	83
C₆₅	80	80	78	75	78	85	85	78	77	82	76	83	79	75	89

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