简要介绍NTT电子制造公司的SC 3000e编码模块，以该编码模块为基础，设计了高清mpeg - 2硬件实时编码器系统的实现方案及在开发系统上的具体实现过程。
SC3000E encoding module of NTT Electronic Corporation is briefly introduced and a high-definition MPEG-2 hard-ware real-time encoding system based on this module is designed and implemented.
本文另一项主要工作是将相关函数应用到编码器的误差实时校正技术中。
Another main work in the paper is to apply correlation function to real-time error correction techniques for encoder.
利用基于DSP的运动、压力控制器对编码器和传感器采集的数据进行高速处理，实现了对压铸机的实时控制。
Using movement & pressure controller based on DSP to make high-speed disposal on the data collected by the coder and the sensor, the real control on the die-casting machine was realized.
实验结果表明，该优化算法可以在DM 642上实现实时的H . 264编码器，并且保持了很高的压缩效率和图像质量。
Experiment results show that the real-time H. 264 encoder can be realized on DM642 by using proposed algorithms, while the high compression efficiency and image quality are preserved.
实验结果表明该编码器可实现高分辨率视频的实时编码，且具有较低的码率和较好的图像质量。
The finished encoder can compress high resolution video in real time, with low bit rate and high image quality.
介绍了一种针对单圈绝对式光电轴角编码器而设计的基于PCI总线的实时数据采集系统。
A real-time data acquisition system based on PCI Bus was introduced. The system was designed for single-ring absolute optical shaft encoder.
本文介绍了如何在TMS320DM642平台上对从VC平台移植过来的H.264编码器进行优化并实现编码器实时采集。
The paper introduces how to develop and optimize the H. 264 "baseline" encoder ported from VC platform on the hardware platform based on TMS320DM642.
实验结果表明：该方法可以有效地解决实时性差的问题，实现具有参考价值的H . 264编码器。
Experimental results show that the paper can solve the problem and realize video encoder of H. 264.
实验结果表明：该方法可以有效地解决实时性差的问题，实现具有参考价值的H . 264编码器。
Experimental results show that the paper can solve the problem and realize video encoder of H. 264.
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