潜艇作战系统能力提升技术途径分析
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摘要
潜艇作战系统是潜艇重要组成部分,其能力是潜艇战斗力的直接体现,本文针对性研究了国外先进潜艇作战系统特点,结合国内相关技术研究情况,对作战系统主要性能进行系列化对比分析,阐述了潜艇作战系统能力提升的技术途径。潜艇综合作战能力与自身动力、噪声、探测能力、态势生成能力、指挥能力、武器控制能力及武器性能等密切相关,各项能力的形成取决于不同专业领域核心技术,但以上能力又互相关联,在总体性能及外围条件一定的情况下,研究如何通过深度挖潜、优化设计,实现作战系统能力的提升,对于提高潜艇综合作战能力具有特殊意义。
Submarine combat system is a very important part for a submarine, which is a direct manifestation of submarine's combat system performance. In this paper, the characteristics of foreign advanced submarine combat system are studied. Meanwhile by analyzing and contrasting the main performances of Chinese and abroad submarine combat system, the technical way of improving Submarine combat system capability is summarized. The submarine comprehensive combat capability is closely related to its own power, noise levels, detection capabilities, command capabilities, weapon control capabilities, weapons' performance and so on. The formation of various capabilities is determined by core technologies in each expertise field. The capabilities above are correlated with each other, and under certain conditions of overall performance and external factors. It's very useful and important to research how to realize the system capability by deeply digging and optimizing design the system, which can improve the submarine combat system comprehensive capability.
Submarine combat system is a very important part for a submarine, which is a direct manifestation of submarine's combat system performance. In this paper, the characteristics of foreign advanced submarine combat system are studied. Meanwhile by analyzing and contrasting the main performances of Chinese and abroad submarine combat system, the technical way of improving Submarine combat system capability is summarized. The submarine comprehensive combat capability is closely related to its own power, noise levels, detection capabilities, command capabilities, weapon control capabilities, weapons' performance and so on. The formation of various capabilities is determined by core technologies in each expertise field. The capabilities above are correlated with each other, and under certain conditions of overall performance and external factors. It's very useful and important to research how to realize the system capability by deeply digging and optimizing design the system, which can improve the submarine combat system comprehensive capability.
引文
[1]尤晓航.国外海军典型C4I及武器系统[M].北京:国防工业出版社,2008.
[2]赵祖铭.潜艇指控系统技术和发展分析[J].指挥控制与仿真,2007,29(2):1-8.ZHAO Zu-ming.Submarine command and control system technology and development analysis[J].Command,Control and Simulation,2007,29(2):1-8.
[3]赵莲芳.新型攻击型潜艇C3I系统体系结构分析[J].情报指挥控制系统与仿真技术,2001(1):10-22.ZHAO Lian-fang.Architecture analysis of new attack submarine C3I system[J].Intelligence Command and Control system and Simulation Technology,2001(1):10-22.
[4]张仁茹.国外潜艇作战系统发展综述[J].舰船科学技术,2011,33(6):11-15.ZHANG Ren-ru.Review of the development of submarine combat systems abroad[J].Ship Science and Technology,2011,33(6):11-15.
[5]蔡勇.潜艇新型作战系统发展构想[J].船电技术,2011(2):1-6.CAI Yong.Concept for the development of new submarine combat system[J].Marine Electric Technology,2011(2):1-6.
[6]肖明彦.基于SoA的潜艇作战系统软件体系结构指挥控制与仿真[J].2011(4):76-79.XIAO Ming-yan.Software architecture of submarine combat system based on SoA[J].Command,Control and Simulation,2011(4):76-79.
[7]王汉刚,钱家昌,游卓.舰船装备集成优化设计发展分析[J].舰船科学技术,2015,37(1):84-87.WANG Han-gang,QIAN Jia-chang,YOU Zhuo.Development analysis of integrated optimization design for naval equipment[J].Ship Science and Technology,2015,37(1):84-87.
[8]吕云飞,蔡勇.舰艇综合信息系统发展研究[J].舰船电子工程,2006,26(5):56-59.LU Yun-fei,CAI Yong.Research on the development of ship Integrated Information system[J].Naval Electronic Engineering,2006,26(5):56-59.
[2]赵祖铭.潜艇指控系统技术和发展分析[J].指挥控制与仿真,2007,29(2):1-8.ZHAO Zu-ming.Submarine command and control system technology and development analysis[J].Command,Control and Simulation,2007,29(2):1-8.
[3]赵莲芳.新型攻击型潜艇C3I系统体系结构分析[J].情报指挥控制系统与仿真技术,2001(1):10-22.ZHAO Lian-fang.Architecture analysis of new attack submarine C3I system[J].Intelligence Command and Control system and Simulation Technology,2001(1):10-22.
[4]张仁茹.国外潜艇作战系统发展综述[J].舰船科学技术,2011,33(6):11-15.ZHANG Ren-ru.Review of the development of submarine combat systems abroad[J].Ship Science and Technology,2011,33(6):11-15.
[5]蔡勇.潜艇新型作战系统发展构想[J].船电技术,2011(2):1-6.CAI Yong.Concept for the development of new submarine combat system[J].Marine Electric Technology,2011(2):1-6.
[6]肖明彦.基于SoA的潜艇作战系统软件体系结构指挥控制与仿真[J].2011(4):76-79.XIAO Ming-yan.Software architecture of submarine combat system based on SoA[J].Command,Control and Simulation,2011(4):76-79.
[7]王汉刚,钱家昌,游卓.舰船装备集成优化设计发展分析[J].舰船科学技术,2015,37(1):84-87.WANG Han-gang,QIAN Jia-chang,YOU Zhuo.Development analysis of integrated optimization design for naval equipment[J].Ship Science and Technology,2015,37(1):84-87.
[8]吕云飞,蔡勇.舰艇综合信息系统发展研究[J].舰船电子工程,2006,26(5):56-59.LU Yun-fei,CAI Yong.Research on the development of ship Integrated Information system[J].Naval Electronic Engineering,2006,26(5):56-59.