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软件定义系统技术研究综述

Review of Research on Software-Defined System Technologies

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导弹武器装备当前呈现技术密集、任务型号多样、功能复杂化的发展趋势,面对其高速技术迭代的发展需求,传统上采用单型号独立研制的方式存在研制成本高、技术复用率低、结构紧耦合、系统交联复杂等缺点.为此,针对新兴的软件定义系统技术,分别从开放式软件定义系统架构、模型驱动的软件定义系统开发、软件定义系统应用服务管理框架、面向软件定义的载荷快速接入管理、软件定义弹性网络等分项关键技术开展综述研究,介绍相关技术发展情况及存在的不足,分析软件定义系统技术的发展方向,旨在为导弹武器装备研制相关技术难题的突破提供参考.
Missile weapon equipment is currently characterized by a trend towards technology-intensive,diverse mission specifications,and complex functionalities.Faced with high-speed technological iterations,the conventional approach of independent development using a single specification suffers from disadvantages such as high development costs,low technological reusability,tight coupling of components,and complex system interconnections.This study focuses on the emerging software-defined system technology,providing a summary of critical sub-technologies including open software-defined system architecture,model-driven plus software-defined system development,software-defined system application service management framework,payload rapid access management based on software-defined,and software-defined elastic network.This study also elaborated on the development status and deficiencies of relevant technologies and analyzed the development trend of software-defined system technology in our country,thus providing a reference for breakthroughs in related technological challenges in missile weapon equipment.

software-defined systemmissile systemflexible multi-tasking combatrapid integration and development

张涛、张龙、张国群、贾桂芬、孙俊格

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西北工业大学 软件学院,陕西 西安 710072

上海机电工程研究所,上海 201109

软件定义系统 导弹系统 多任务灵活作战 快速集成研制

航空科学基金航空科学基金中国航天科技集团有限公司上海航天科技创新基金

20185853038201907053004SAST2021-054

2024

空天防御
上海机电工程研究所和上海交通大学出版社有限公司

空天防御

ISSN:2096-4641
年,卷(期):2024.7(2)
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