首先本文对预测模块的帧内预测和运动估计算法进行研究分析，并提出改进算法。
Firstly, we research and analyze arithmetic of intra prediction and movement estimation of prediction module, then put forward improved arithmetic.
针对每个结构模块的运动分析和功能需要，提出相关的结构模型，对重要的部件进行相关的设计计算，确定几何尺寸。
According to each structure module movement analysis and function, relevant structure model is set up and calculation is going on to definite geometry size for the important part.
然后对解码器进行复杂度分析，找出解码耗时的关键部分分别为运动补偿、反变换、环路滤波等模块。
Then analyses the complexity of AVS decoder and finds out the the critical modules are motion compensation, integer transform, quantization and loop filter.
通过分析这些问题，并结合软件的模块化设计思想，有针对性的提出了一个机构运动方案模块化设计平台。
Through the analysis of these problems and combined with the idea of module, a design platform of mechanical movement plan module is put forward.
提供分析模块(4)，从而根据磁共振信号导出(一个或多个)运动校正。
An analysis module (4) is provided to derive motion correction (s) from the magnetic resonance signals.
通过分析调宽机模块的运动特性，可获得板坯侧压的位移和速度边界条件。
The boundary condition of velocity and displacement was gained during slab side press, through analyzing sp die kinematics character.
通过对加工成形运动分析，并以此为基础对模块化可重构机床设计策略进行讨论。
By studying of formative motion and influencing factors of machined surface, and the design strategy of reconfigured machine tools on the basis of modularization is discussed.
针对开放式数控系统体系模块化设计问题，介绍了一种基于DSP和CPLD的运动控制器的硬件设计和分析方法。
According to modularization designs for open NC system, one kind of hardware design and analysis method is introduced, which bases on DSP and CPLD to develop the motion controller.
针对开放式数控系统体系模块化设计问题，介绍了一种基于DSP和CPLD的运动控制器的硬件设计和分析方法。
According to modularization designs for open NC system, one kind of hardware design and analysis method is introduced, which bases on DSP and CPLD to develop the motion controller.
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