本文的重点是设计该夜视系统的实时图像处理器。
The dissertation focuses on designing a real-time image processor of the night vision system.
以TMS320 DM 642为核心处理器的最小实时图像采集系统，由图像处理器DM 642模块、存储器扩展电路组成。
The TMS320DM642 was taken as the core processor in the smallest real-time image acquisition system. The system consists of the DM642 module and extended storage circuit.
CCD传感器采集的图像信号经数字信号处理器（DSP）实时处理，通过SCSI协议记录到高速SCSI设备上。
The real-time image signal gathered by CCD-Sensor was processed with DSP (digital signal processor), and then recorded on SCSI device by SCSI protocol.
通过微处理器的控制实现实时图像数据采集。
Real-time image data is collected from camera sensor controlled by MPU.
本文提出一种统计训练固定矩阵自适应KLT指纹图像压缩编码方法，并在TMS320C 25信号处理器上实时实现。
This paper presents a statistically learning fixed matrix adaptive KLT figure print image compression coding method. It is implemented using TMS320C25 as well.
处理器主要包括非均匀校正模块、实时图像增强模块和显示驱动模块。
The processor mainly encompasses a nonuniformity correction module, a real-time image enhancement module and a display driver.
介绍了一种基于SOPC技术的红外图像处理器，可对数字红外图像进行实时处理和显示驱动。
In the paper, an infrared image processor based on SOPC technology is discussed, which has real - time infrared image processing and display driving function.
实时方位向预处理是SAR实时成像处理器设计中的关键环节，预处理中运算精度的高低直接影响着SAR图像方位向聚焦的好坏。
Azimuth preprocessing is the key to real-time SAR processor, the precision of computation in the azimuth preprocessing has an impact on the azimuth focus quality.
讨论和比较了实时图像处理中的流水线、大阵列处理器及线性阵列处理器结构及实时图像理解的总体结构。
The architecture of real time image processing as pipeline structure, massive array and linear array processing, as well as the image understanding system structures, are discussed and compared.
机载SAR实时成像系统采用多个嵌入式信号处理器，实时接收处理雷达信号，并实时存储及形成高分辨率图像。
Aircraft SAR imaging systems are fixed on the plane, in which SAR signals can be collected, processed, stored and imaged in real-time.
实验结果表明，采用SOPC技术构建的红外图像处理器集成度高、功耗低、可靠性强、实时性好。
Experimental results show that the infrared image processor based on SOPC has high real-time performance, small bulk and low power dissipation.
实验结果表明，采用SOPC技术构建的红外图像处理器集成度高、功耗低、可靠性强、实时性好。
Experimental results show that the infrared image processor based on SOPC has high real-time performance, small bulk and low power dissipation.
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