Development of Combat Concept of Intelligent Land Assault System Based on DoDAF

doi:10.16182/j.issn1004731x.joss.22-0628

Abstract

Abstract:

In view of military demand traction in the development of land assault equipment, a combat concept of land assault systems for future intelligent combat is developed. Basedon the definition of relevant concepts and research boundaries, the combat concept model framework and modeling steps are proposed based on DoDAF, and the combat effect, combat process, combat nodes, resource interaction, system composition, and capability characteristics are analyzed in combination with the model description. The combat concept verification is carried out from the aspects of system combat efficiency and communication load by simulation experiments. The results show that the intelligent assault system has more agile strike links and stronger firepower strike capability than the traditional assault equipment, and the new communication load pressure is within the current technical capacity support range. It proves that the selection, allocation, and combat mode of the core executor system in the combat concept are reasonable and feasible, which has reference significance for the subsequent development of equipment.

Key words: DoDAF, land combat, intelligent, assault system, combat concept, modeling and simulation

CLC Number:

TP391.9

Wang Can, Ji Haoran, Guo Qisheng, Dong Zhiming, Tan Yaxin, Mu Ge. Development of Combat Concept of Intelligent Land Assault System Based on DoDAF[J]. Journal of System Simulation, 2023, 35(11): 2397-2409.

Figures/Tables 14

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视角类型	视图模型	概念要素	内容说明
全景视角	AV-1概述和摘要信息	概念概述	目标、任务、计划、条件等信息
	AV-1概述和摘要信息	军事威胁	系统应对的军事威胁
	AV-2综合词典	综合词典	作战概念中涉及的术语定义
能力视角	CV-1能力构想	能力需求	能力需求/缺口列项、类型、衡量指标和时间维度
	CV-2能力分类	能力特征	系统能力列项
	CV-6能力-活动映射	能力特征	能力项与作战活动的追溯关系
作战视角	OV-1高级作战概念图	作战效果	系统预期实现的作战效果
	OV-1高级作战概念图	制胜机理	系统在对抗中形成优势并导致胜利的原理
	OV-2作战资源流描述	资源交互	系统作战的资源流交互情况
	OV-3作战资源流矩阵	资源交互	资源需求线中的资源内容及相关属性
	OV-4组织关系图	系统组成	系统组件的种类、数量和比例关系以及编配信息
	OV-5a作战活动分解树	作战流程	系统主要作战活动分解
	OV-5b作战活动模型		系统主要作战活动的时序关系
	OV-6a作战规则模型		系统作战中的业务规则
	OV-6b状态转移模型	作战节点	系统作战相关节点的状态变化
	OV-6c事件跟踪描述	作战节点	系统作战相关节点的事件响应时序
数据与信息视角	DIV-1概念数据模型	信息结构	系统作战中的信息结构及其管理规则
标准视角	StdV-1标准概览	引用资源	引用的条令、指南、标准等数据资源及获取方式
标准视角	StdV-2标准预测	关键技术	系统开发所需的关键技术

资源流名称	资源流类型	来源节点	指向节点	带宽需求/Mbps
DataFlow01	数据流	指控	MGV	≥200
DataFlow02	数据流	MGV	AUGV	≥200
DataFlow03	数据流	AUGV	MGV	≥100
DataFlow04	数据流	MGV	指控	≥100
DataFlow05	数据流	AUGV	指控	≥50
CtrlFlow01	控制流	指控	MGV	≥1
CtrlFlow02	控制流	MGV	AUGV	≥2

目标	感知速度	传输速度	处理速度	决策速度	毁伤概率/%	毁伤火力
1	3	2	3	1	70	3
2	5	3	3	1	50	4
3	4	4	4	1	60	5
4	5	5	4	1	40	6

目标类型	出现时间
1	1
1	2
3	5
4	5
1	7
2	8
2	8
1	8
…	…

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