1.
Motion Estimation and Refinement in Video Frame-skipping Transcoder;
跳帧视频转换编码中的运动估值与修正
2.
This paper presents a review of advances in2 D motion estimation algerithms during the last decade.
本文综述了图像通信中二维运动估值方法近年来的发展。
3.
Maximum Likelihood Estimation of the Kinematic Properties of Open Cluster System;
疏散星团系统运动学参数的最大似然估值
4.
Fast motion estimation research of adaptive threshold static block detection
自适应阀值静止块检测的快速运动估计研究
5.
The Value of treadmill test to evaluate in-stent restenosis on the patients after PCI
运动平板试验在评估冠状动脉支架术后支架内再狭窄中的价值
6.
"Being Academic" or "Being Literary and Artistic"?--The Re-assessment of Value and History of the Ballad Movement;
“学术的”还是“文艺的”?——歌谣运动的价值重估与历史再评价之一
7.
Research on the Costs, Values and Their Evaluation Methods of Human Resources of young athletes;
青少年运动员人力资源的成本、价值及评估方法的研究
8.
The Effect of Cardiopulmonary Exercise Test on the Diagnosis of Coronary Heart Disease and Evaluation of Severity of Coronary Heart Disease
心肺运动试验对冠心病的诊断及其严重程度的评估价值
9.
White matter tractography by diffusion tensor imaging in prognosis of acute lacunar infarctions
磁共振DTT成像对急性腔隙性脑梗死患者运动功能预后评估的价值
10.
Motion Estimation Algorithm by Node Search Based On Deformable Block Matching With Threshold
带有阀值的基于节点搜索的可变形块运动估计算法
11.
Sub-pixel motion estimation based on two-step estimation and motion compensation
结合两步估算和运动补偿的子像素运动估计
12.
A Fast Motion Estimation Algorithm for Motion Complexity Decision
判断运动复杂度的快速运动估计算法
13.
The Value of Treadmill Testing to Evaluate In-stent Restenosis on the Patients after PCI
在冠状动脉支架术后支架内再狭窄中应用运动平板试验的评估价值
14.
Adoption of "Value-added" Evaluation Indicators for Assessing School Performance;
运用“增值”评量指标评估学校表现
15.
Low Power IC Design of Systolic Array for Motion Estimation;
运动估计中脉动阵列的低功耗IC设计
16.
Adaptive Dynamic Search Range Algorithm for Motion Estimation
自适应的动态搜索范围运动估计算法
17.
Method for Global Motion Estimation Based on Robust M-estimator
基于鲁棒M-估计器的全局运动估计方法
18.
The Optimization and Implementation of Motion Estimation and Motion Compensation in H.264 Video Compression Standard;
H.264中运动估计和运动补偿算法的优化与实现