aspect angle meaning in Chinese
你的飞机相对于敌机尾部的角度
视界角, 视线角
视界角，视线角摸索角（目标的）
视线角
Examples
- Firstly , with the consideration of the frequency and aspect angle dependent parameters of the low frequency uwb - sar , the radar equation for calibration is proposed
首先充分考虑了系统参量的频率和方位角特性,提出了适合低频uwb - sar校准的雷达方程。 - Additionally , target detection will take into account a target ' s radar cross section ( rcs ) , its aspect angle , and its air speed ( targets below the threshold gate will not be detected )
外加目标的确定怎加了计算目标的rcs值当空速低于这个门限的时候目标将无法被察觉 - This method can save the space of memory and reduce the computation time . because only the parameters of scattering centers are stored and genetic algorithm is used to search for aspect angle , the method is very suitable for the employment in real - time and restrictive environment . in chapter 3 , the architecture of mmw seeker is studied
该方法以目标多散射中心理论为基础，只需要存贮目标的三维散射模型参数，需要的存贮量较少；与常规的全姿态角匹配识别方法比较，基于目标散射模型的匹配识别方法，由于利用了遗传算法的全局寻优能力，计算量较小。 - Evenly , to the economic benefits , they have destroyed tourist resources and their environment . so the tourist academe should make a breach in the study of problem of tourist environment , a system of theory and means which is effective in practices . on the base of study practices and investigates outdoors , this paper puts forward a signify idea of tourist resource environment management , and design a system of nature landscape tourist resources environment , which is full , systematic and material , including a system of ideas and a system of means , to try hard to seek a new aspect angle for the tourist academe
本文在科研实践和野外调查的基础上，从自然风景区旅游资源(生境)的理论认识出发，提出旅游资源环境管理的重要思想，并从理念体系到方法体系构建出一个完整的系统的逻辑递进的又具体可行的旅游资源环境管理体系，力图为自然风景区管理者提供一个在理论上有指导意义和方法上可参照实施的模板，并为学术界提出一个新视角。 - The three kinds of simulated point targets are designed and the rangeprofiles at aspect angle are computed . the radar target recognition method based on the optimal cluster centers is simulated and studied . it is discovered that the algorithm is effective when there are lots of training data , but noneffective when there are only a few training data
2 、对最优聚类中心目标识别法进行仿真实验并研究其识别性能,实验结果表明该算法在大样本训练数据时能得到较高识别率,是一种有效、可行的识别算法,但在少样本训练数据时,所得识别率急剧下降。