Target detection technology is one of the key issues in the infrared guidance system, because it can offer the location and shape information of target.
在红外制导系统中，目标检测技术能够提供目标的形状和位置信息，成为必不可少的关键技术之一。
The system of infrared imaging fuze based on imaging seeker information can get a series of dynamic infrared images of target from the whole to a part and realize forward looking detection.
利用成像导引头信息的红外引信可以获得目标由完整到局部的一系列动态红外图像，实现前视探测。
As the front processing unit in an infrared imaging system, target detection is one of the important parts in precision-guidance and is also a critical technique or difficult problem.
目标检测作为红外成像系统中前端的处理环节，是精确制导中一个重要的组成部分，也是其中的一个关键技术和难点问题。
Dim small target detection and tracking is the key technology of the infrared surveillance system, precise guidance system, and satellite remote sensing system.
弱小目标的检测与跟踪是红外预警系统、精确制导系统、卫星遥感系统中的一项关键技术。
With the use of FPGA in target detection, high-speed can be reached to satisfy the real-time desire of the infrared image processing system.
将FPGA用于目标检测，发挥了FPGA的高速优势，可实现红外目标的实时检测。
For evaluating the detection distance of an electro-optic system, the characteristics of target infrared radiation and the test method of detection sensitivity of the system in laboratory are studied.
为估算光电系统的目标探测距离，研究了目标的红外辐射特性和在实验室内对系统灵敏度进行测试的方法。
On the basis of that, the infrared imaging GIF bursting control arithmetic is presented which makes full use of the target encounter information on ballistic end got from the imaging detection system.
在此基础上，充分利用成像探测系统输出的弹道终端弹目交会信息，建立了成像gIF起爆控制算法。
In order to avoid such accident, a warning system using passive infrared target detection was developed. It can search body targets in the mine cars and give sound and light warning as well.
为了避免此类事故，根据红外检测原理研制了被动式红外探测报警系统，以此对矿车里的人体目标进行检测，并作出声、光报警。
It is reliable and robust in the real-time detection of infrared target at the cost of the complexity of detection system hardware.
它是以增加检测系统硬件复杂程度为代价，换取红外图像实时检测的可靠性和可信性的。
It is reliable and robust in the real-time detection of infrared target at the cost of the complexity of detection system hardware.
它是以增加检测系统硬件复杂程度为代价，换取红外图像实时检测的可靠性和可信性的。
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