摘要
目的在于研究基于代数学构件模型的ATR信息处理的软件设计问题。对于我国雷达自动目标识别处理方面,针对ATR信息处理软件研究中,多处在公式计算角度,本篇针对ATR信息处理的自动目标识别软件设计中,将会基于代数学构件模型,优化设计ATR信息处理软件。结果证实,基于代数学构件模型,设计ATR信息处理软件,可以优化建立ATR信息处理软件统一的构件模型,在抽象代数理论定义下,能够精确描述ATR信息处理中构件的演化及构件的组合关系,相较于传统自动目标识别中的可提高18%精度。结论表明,基于代数学构件模型设计ATR信息处理的软件,发挥应用价值。
This article aims to research on the ATR based information processing software design problem of algebra component model.For China when on ATR information processing research,in the formula to calculate the angle,this article in ATR information processing automatic target recognition software design will based on algebra component model,optimize design of ATR information processing software.The results confirm that based on algebra component model,design of ATR information processing software,can optimize the establishment of ATR information processing of the unified software component model,in the definition of abstract algebra theory,can accurately describe the assembly relationship of ATR information processing component of the evolution of the component and,compared to the traditional automatic target recognition can improve the accuracy of 18%.The conclusion shows that algebraic design component model ATR information processing software based on Application value.
出处
《自动化与仪器仪表》
2016年第11期196-197,共2页
Automation & Instrumentation
关键词
代数学
ATR
信息处理
模型
algebra
ATR
information processing
model
