智能化坦克火控系统架构设计与关键技术研究OA
Architecture Design and Key Technologies of Intelligent Tank Fire Control System
随着现代战争形态向信息化、智能化方向发展,坦克作为陆战核心装备,亟需通过发展开放式架构、智能化手段来提升作战效能.针对传统坦克存在线式集成、系统堆砌、功能固化等问题,提出了一种新型智能化坦克火控系统,对其架构设计关键技术展开研究.基于模块化与开放式设计理念构建了涵盖侦察感知、打击决策、火炮控制、地空协同的火控系统架构,重点突破火控系统总体架构设计、软件定义火控、智能化控制等关键技术,实现坦克火控系统的高效重构与智能升级,为未来智能化坦克火控系统的研制提供了需求牵引和技术支撑.
With the evolution of modern warfare toward informatization and intelligentization,tanks,as core combat equipment for land operations,urgently need to improve operational effectiveness via open architecture development and intelligent technologies.To address the drawbacks of traditional tank fire control systems,including linear cascaded integration,system stacking,and fixed functional configurations,a novel intelligent tank fire control system is proposed,and its key architectural design technologies are investigated.Based on a modular and open design philosophy,a fire control system architecture covering reconnaissance and perception,strike decision-making,artillery control,and ground-air coordination is constructed.Breakthroughs have been achieved in core technologies such as overall architecture design,software-defined fire control,and intelligent control,realizing efficient reconfiguration and intelligent upgrades of tank fire control systems.This research provides demand-driven guidance and technical support for the development of future intelligent tank fire control systems.
程慧;李立春;马志多
中国人民解放军63963部队,北京 100072中国人民解放军63963部队,北京 100072中国人民解放军63963部队,北京 100072
军事科技
坦克火控系统开放式架构智能化模块化
tankfire control systemopen architectureintelligentizationmodularity
《火力与指挥控制》 2026 (7)
14-19,6
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