摘要
辐射侦察由战场环境侦察装置的辐射探测模块和移动式辐射侦察仪组成,由于实际运用过程中两者信息交互较少,导致一定场景下不能满足作战需求。为此,提出了基于数据处理的辐射侦察探测分析框架,在现有的条件下借助图像识别和数据分析,可有效降低信息反馈时间差,优化部分场景下辐射侦察结果。该框架不仅可以有效提高系统核生化防护能力,而且可以应用到舰艇有害物质侦察、战场环境分析等方面,具有较好的推广价值。
Nuclear reconnaissance,as an important part of the nuclear biochemical protection capability of surface ships,consisted of the nuclear detection module of battlefield environment reconnaissance and the mobile radiation detector.However,there was little information interaction between the two equipment during the practical application process,resulting in the lack of operational requirements in certain scenarios.Therefore,a nuclear reconnaissance detection analysis framework based on data processing is proposed.It can effectively reduce the time difference of information feedback and optimize the reliability of nuclear reconnaissance results in some scenes with the help of image recognition and data analysis under the existing conditions.This method can not only improve the redundancy capability of the system,but also can be applied to ship hazardous substance reconnaissance,battlefield environment analysis and so on,which has good popularization value.
作者
赵鑫
杨洪禹
张何
王军华
于丹丹
ZHAO Xin;ZHANG Minghu;ZHANG He;WANG Junhua;YU Dandan(Dalian Naval Vessel Academy, Dalian 116013, China)
出处
《兵器装备工程学报》
CSCD
北大核心
2022年第S01期52-55,共4页
Journal of Ordnance Equipment Engineering
基金
2021年海军大连舰艇学院科研发展基金项目。
关键词
数据分析
辐射侦察
水面舰艇
战场环境侦察
分析框架
data analysis
nuclear reconnaissance
surface ships
battlefield environment reconnaissance
analysis framework