A Simulating Framework Construction Method About New Distributed Confrontation

doi:10.16182/j.issn1004731x.joss.24-0042

Abstract

Abstract:

The new distributed confrontation in future emphasizes systematic combat and flexible use of power in the resistance environment. To study and analyze the potential threats of such new forms of distributed confrontation, this paper proposes a system confrontation strategy focused on decision-making confrontation from the perspective of network and electromagnetic space. In addition, a highly flexible and saleable behavior model adversarial framework is proposed. By parameterizing the network and electrical countermeasure strategy, an adversarial model based on typical airspace scenarios is designed, and the confrontation effectiveness of traditional multifunctional platforms and distributed units is quantitatively compared and analyzed. The effectiveness of the countermeasures is simulated and verified from three aspects: communication links, space complexity, and force proportion, which can provide support and reference for subsequent simulation and deduction of distributed confrontation.

Key words: new distributed confrontation, network electromagnetic space, adversarial strategies, behavioral model confrontation, simulation verification of adversarial strategies

CLC Number:

TP391.9

Liu Zhipeng, Gu Yanyang, Hu Baojie, He Fangjun, Fan Zhipeng. A Simulating Framework Construction Method About New Distributed Confrontation[J]. Journal of System Simulation, 2025, 37(5): 1305-1313.

Figures/Tables 13

Fig. 1

Fig. 2

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Table 1

Main simulating parameters

参数		设置数值
对抗空间尺寸		40 km $×$ 40 km
单个任务事件	请求辐射半径/km	10
	能力需求数量	4(随机)
	空间位置分布	均匀分布
多功能平台	携带能力类型数量	6(全功能)
	平均机动速度/(m/s)	100
	寿命周期	无限个任务事件完成周期
分布式单元	携带能力类型数量	2(随机)
	平均机动速度/(m/s)	20
	寿命周期	2个任务事件完成周期
仿真推演步长/s		1
仿真推演总时长/min		5

Table 1

Table 2

Fig. 7

Table 3

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Table 4

Fig. 9

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