1.
Error concealment based on weighted motion vectors;
基于加权的运动矢量恢复差错掩盖算法
2.
Design and Implementation of a Temporal Error Concealment Algorithm Based on Motion Vector Recovery
基于运动矢量恢复的时域错误隐藏算法的设计与实现
3.
Motion Analysis of the Dual-Elbow-Bar Mechanism Of the Die-cutting Machine using the Loop Method;
基于环路矢量法复杂连杆机构运动分析
4.
Discussion on How to Use Plural Number Vector Method to Analyze Plane Mechanisms;
探讨应用复数矢量进行机构运动分析的方法
5.
Application of Complex Number Vector Method in Mechanism Motion and Simulation Analysis
复数矢量法在机构运动和仿真分析中的应用
6.
The Survey on the Difference of Super-compensation Phenomenon and its Principle in Sports Training;
对运动训练中的超量恢复现象与超量恢复原理的审视
7.
Discussion on Interval of Over-amount Recovery after Sports Training under the Condition of Glucolysis Supplying Energy;
糖酵解供能运动后“超量恢复区间”的研究
8.
The Cornerstone of Physical Training-the Theory of “Over-training Recovery”Is under Questioning;
运动训练的基石——“超量恢复”学说受到质疑
9.
The re-survey of the theory of super-compensation and "terrace" phenomenon in sports training;
运动训练“平台”现象与超量恢复理论的再审视
10.
Research about optimum recovery strength after maximum load for runners;
400～800m跑运动员极量负荷后的最佳恢复强度
11.
On the Reliability and Effectiveness of RESTQ-Sport for Monitoring the Recovery-Stress State of the Chinese Shooters;
《运动员恢复——应激问卷》测量我国射击运动员恢复——应激状态的有效性研究
12.
Research Into the Sportsmen s Rehabilitation of Muscle Strength with Isokinetic Training After Their Operation on the Knee Joint;
等动训练促进运动员膝关节术后肌肉力量恢复的研究
13.
Dynamic changes of 5-HT content and its metabolism in rat brain hippocampus during recovery period after exhaustive exercise
力竭运动恢复期大鼠海马5-HT含量及其代谢的动态变化
14.
Automatic Placement of the Labels on the Vectorgraphs;
复杂矢量图形文本标注自动定位方法
15.
Comprehensive Evaluation and Recovery on Exercise Fatigue of Athlete;
运动员运动性疲劳的综合评定及恢复
16.
Recovery Methods of Sports Fatigue of Middle-distance Race Athletes;
对中跑运动员运动性疲劳恢复的探讨
17.
Digital Video Watermarking Algorithm Based on Motion Vectors for AVS
基于运动矢量的AVS数字视频水印算法
18.
Fast and Adaptive Motion Vector Search
一种快速的自适应运动矢量搜索算法