传统的去隔行算法存在着难以克服的缺陷。
The conventional de-interlacing algorithms have some insurmountable faults.
对去隔行处理采用基于运动检测的自适应控制内插算法。
A adaptive control interpolation algorithm based on motion detection is presented to process de-interlacing.
去隔行算法通过对帧间差别的中值滤波完成运动自适应内插。
The deinterlace algorithm performs motion adaptive interpolation, using median filtered inter-frame differences to generate the motion signal.
本文采用基于运动补偿的算法，对去隔行系统及其FPGA设计作了深入的研究。
This paper applies the motion compensation-based algorithm to deinterlacing system and deeply researches the FPGA design of the system.
考虑到运动补偿技术中运动估计失效的情况，提出了一种有效的混合去隔行方法。
A weighted adaptive DE interlacing method which can effectively solve motion estimation failure in motion compensation technique was proposed.
算法的整个流程包括：运动检测、噪声滤波、去隔行、帧频变换、图像增强的功能模块。
The whole algorithm consists of function modules of motion detection, noise filter, deinterlacing and image enhancement.
之后详细阐述了本文推荐的适用于DSP实现的高效的实时去隔行算法及其对传统算法的改进。
Last, it brings forward the high-powered realtime algorithm in detail, which is suitable to the DSP application, and this algorithm's improvement to traditional algorithm is presented.
因此模拟电视的隔行扫描到逐行扫描的转换即去隔行是当前视频后处理等电视产品的重要组成部分。
Therefore the conversion of interlaced scan to progressing scan, which is deinterlacing, is an important part of current television production, such as digital video post-processing.
视频后处理芯片可以完成各种格式转换，包括去隔行、空间缩放、帧率变换等等，进一步提高观赏的效果。
Digital video post-processing IC is designed for consumer video format conversion to attain high quality image, which mainly includes de-interlacing spatial conversions and picture rate conversion.
然后针对现行机顶盒视频后处理现状，分析了视频后处理所采用的方法，包括采样率转换、去隔行、帧率提升等。
Aiming at the present condition of STB video post-processing, analyze the video post-processing algorithms which include sampling conversion, de-interlace and frame rate up-conversion.
目前市场上的大多数各种电视机都是基于数字处理技术使用包括去隔行，帧频转换等方法来处理隔行的低帧频的视频数据。
They are based on digital processing technology and use various digital methods to process the interlaced, low-field rate video data, including the de-interlacing and field rate conversion.
在分析和研究现有去隔行算法的基础上，本文提出了一种新的运动自适应去隔行算法，并给出了算法的FPGA硬件实现方案。
Then, based on the results of the research, a new motion adaptive de-interlacing algorithm and its'FPGA implementation are presented in this paper.
将运动补偿技术与基于方向的时空滤波方法相结合，去隔行插值结果是运动补偿时间插值和基于方向的时空中值滤波方法的加权和。
It combines the motion compensation technique with a directional based spatiotemporal filter, and the interpolation result is the weighted sum of the two methods.
本文对于这三个去隔行系统的关键模块都给出了RTL级设计和模块的功能仿真，并在最后一章中给出了去隔行系统的FPGA设计。
The three key modules are all presented as RTL level design and module functional simulation. The deinterlacing system's FPGA design is in the last chapter.
本文对于这三个去隔行系统的关键模块都给出了RTL级设计和模块的功能仿真，并在最后一章中给出了去隔行系统的FPGA设计。
The three key modules are all presented as RTL level design and module functional simulation. The deinterlacing system's FPGA design is in the last chapter.
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