1) active infrared detection syste
主动红外探测系统
2) active infrared detection
主动红外探测
3) active infrared detector
主动红外探测器
1.
With inserted VRML in Viewpoint,TouchSensora,TimeSensor and Script nodes and Java generic function,some three-dimensional interactions of security and protection are achieved,such as the control of active infrared detector working state.
用插入Viewpoint、TouchSensor和TimeSensor、Script等VRML节点以及Java类函数实现了《安全技术防范》部分内容的三维交互,如主动红外探测器的工作状态控制,给其他类似的课程提供了一个可供参考的教学手段。
4) IR detection system
红外探测系统
1.
The paper describes the overseas IR detection system and its applications.
从国外红外探测系统在巡航导弹探测以及应用方面的现状出发,分析了巡航导弹的红外特性和远距离条件下的成像特征,估算了红外探测系统对点目标作用距离。
2.
In this paper we first analyze the basic characteristics of infrared radiation and atmosphere propagation path,then the general features of design,test and processing of the military IR detection system are discussed in detail.
从分析目标的红外辐射和大气传输的基本特性出发,对军用红外探测系统的系统设计、测试评价和信息处理方面的要素作了详细讨论,为雷达系统设计师了解红外探测系统的结构组成、性能指标测试和信息处理方法提供参考。
5) infrared detection system
红外探测系统
1.
Infrared detection system parameter relation formula and practical application;
红外探测系统参数关系及实际应用
2.
With the application of many infrared detection systems, the wave band choice become especially pressing, which is very important for tracking and detecting performance.
随着大量红外探测系统的使用 ,波段选择显得尤其迫切 ,它对跟踪探测能力具有极为重要的影响。
3.
Base on the detection theory of infrared system and physical effect of sub-module of infrared detection system on target detection,rome models are made according to different physical effect,and a computer simula- tion model of infrared detection system is built.
从红外系统的探测原理出发,通过分析红外探测系统中各子模块的物理效应对目标探测的影响,对不同物理效应进行建模,构建了一套红外探测系统计算机仿真模型。
6) Infrared detecting system
红外探测系统
1.
Aiming at a large view field infrared detecting system,the real-time processing arithmetic principle and flow,which are applied to omnidirectional infrared target search,were proposed.
针对大视场红外探测系统,提出了适用于360°全方位红外目标搜索的实时处理算法原理和流程,并以高性能的数字信号处理器和FPGA芯片以及CPC I总线技术为核心设计了处理能力强、高速数据传输、接口可靠稳定的实时信号处理系统。
2.
Aiming at infrared detecting system,the framework of signal processing system including DSP,FPGA and CPCI is proposed.
针对红外探测系统,提出了DSP+FPGA+CPCI的信号处理架构,采用VirtexⅡPro FPGA实现非均匀性校正等图像预处理,SpartanⅡFPGA实现CPCI总线技术,DSP64X实现高层目标检测算法,以构成处理能力强、高速数据传输、接口可靠稳定的信号处理系统。
补充资料：主动
①不靠外力促进而自动：主动关心同学。②能够由自己把握：争取主动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条