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ship ir imaging target
相关语句
  舰船红外成像目标
     Study and Realization of Intelligent Tracking Algorithm for Ship IR Imaging Target
     舰船红外成像目标智能跟踪算法研究与实现
短句来源
     The intelligent tracking technique of ship IR imaging target is addressed.
     研究了舰船红外成像目标的智能跟踪技术。
短句来源
     A intelligent tracking system is designed for ship IR imaging target,whose hardware platform is constructed with TMS320C6201 chip and DSP+FPGA technology.
     设计了一个舰船红外成像目标智能跟踪系统,硬件平台是以TMS320C6201芯片为核心、采用DSP+FPGA技术构建的。
短句来源
     Simultaneously considering hardware design, algorithm research and software realization, a real-time recognition and tracking system for ship IR imaging target is exploited successfully and efficiently.
     同时考虑硬件设计、算法研究、软件实现三个方面,成功高效地设计了一个舰船红外成像目标实时识别与跟踪系统。
短句来源
  “ship ir imaging target”译为未确定词的双语例句
     The outfield experimental result shows this tracking system can track ship IR imaging target steadily and intelligently.
     外场实验表明,该跟踪系统能够对目标进行稳定、智能的跟踪。
短句来源
  相似匹配句对
     , Ir.
     Ir.
短句来源
     , Ir.
     ,Ir.
短句来源
     Applied for IR and Radar Stealthy on the Ship
     红外、雷达隐身在舰船上的应用
短句来源
     Attention-based Real-time IR Ship Detection
     基于注意机制的实时红外舰船检测
短句来源
     Ship Reliability
     船舶可靠性
短句来源
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The intelligent tracking technique of ship IR imaging target is addressed.By analyzing the characteristics of every imaging phase and tracking algorithm,a new composite tracking algorithm is proposed,which includes improved MAD and centroid tracking algorithm,whose switching rules are based on highlight point number.A intelligent tracking system is designed for ship IR imaging target,whose hardware platform is constructed with TMS320C6201 chip and DSP+FPGA technology.In order to keep tracking...

The intelligent tracking technique of ship IR imaging target is addressed.By analyzing the characteristics of every imaging phase and tracking algorithm,a new composite tracking algorithm is proposed,which includes improved MAD and centroid tracking algorithm,whose switching rules are based on highlight point number.A intelligent tracking system is designed for ship IR imaging target,whose hardware platform is constructed with TMS320C6201 chip and DSP+FPGA technology.In order to keep tracking system intelligent and steady,tracking credibility factor and local segmentation technology are put forward.The outfield experimental result shows this tracking system can track ship IR imaging target steadily and intelligently.

研究了舰船红外成像目标的智能跟踪技术。通过对成像阶段和跟踪算法的分析,提出了一种新的复合跟踪算法,对MAD跟踪算法和形心跟踪算法作了改进,跟踪算法之间的切换依据高亮点数原则。设计了一个舰船红外成像目标智能跟踪系统,硬件平台是以TMS320C6201芯片为核心、采用DSP+FPGA技术构建的。为了保证跟踪系统的智能性和稳定性,提出了置信度因子和局部分割技术。外场实验表明,该跟踪系统能够对目标进行稳定、智能的跟踪。

Simultaneously considering hardware design, algorithm research and software realization, a real-time recognition and tracking system for ship IR imaging target is exploited successfully and efficiently. Hardware platform is master-slave model, in which the master is control computer and the slave is image processing system made up of TMS320C6201 chip and its peripheral circuits. According to the rules of practicality and validity, a novel target recognition and tracking algorithm is proposed. As...

Simultaneously considering hardware design, algorithm research and software realization, a real-time recognition and tracking system for ship IR imaging target is exploited successfully and efficiently. Hardware platform is master-slave model, in which the master is control computer and the slave is image processing system made up of TMS320C6201 chip and its peripheral circuits. According to the rules of practicality and validity, a novel target recognition and tracking algorithm is proposed. As for software design, by making full use of the hardware's characteristic and its programming language, many optimized methods are developed. Now, this system has been successfully applied to the filed experiment of evaluating photoelectric countermeasure effects.

同时考虑硬件设计、算法研究、软件实现三个方面,成功高效地设计了一个舰船红外成像目标实时识别与跟踪系统。硬件上采用主从式结构,主机为控制计算机,从机为TMS320C6201芯片及其外围电路构成的图像处理系统。算法研究尽量实用化,提出了一种新的目标识别和跟踪算法。软件实现时,基于硬件和软件采取了许多优化措施。该系统已成功应用于光电干扰效果评定实验中。

 
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