动作单元

将所提取的二值边缘图像用于AR库和Yale库图像的人脸4种动作单元的识别，识别率在93%以上，初步表明其适合于人脸图像的表情分析。

Preliminary experimental results on facial expression analysis on the subsets of AR and Yale face databases show that recognition rates of above 93 % can be achieved when our facial analysis scheme is used for recognizing four action units .

对于可重用的动作单元类别，给出了基于操作对象属性和约束关系的规范化表达。

For the action units which can reuse , this dissertation gives standardization expression based on object attribute and constraint relation .

该方法可使得MPEG-4脸部动画参数容易映射到动作单元调节器上，比较真实地表现脸部表情动作。

The method can integrate the facial animation parameters of MPEG-4 into action unit adjuster and get realistic effect easily .

重点介绍了飞行试验管理系统中动作单元的制作及试飞计划任务单的生成，以及系统软件实现的三个特色：三级数据库结构、多机种多用户的用户管理机制、基于Excel的动态报表管理。

Three characteristics of the software are given : three levels database structure , multiple users management , and dynamic forms drawing system based on the Excel are mentioned also .

基于Lagrange方程建立了单脚支撑期的动力学模型。其次，对仿人足球机器人动作单元规划进行研究。

Moreover , the kinematics model was built by homogeneous coordinates while kinetics model of single-supporting was built by Lagrange function . Secondly , the movement unit on humanoid soccer robot was studied .

针对表情动作单元跟踪的隧道隐变量法

Tunneled Latent Variables Method for Facial Action Unit Tracking

基于动作单元分析的人体动画合成方法研究

Human Animation Synthesis Based on Primitive Movement

根据虚拟人和操作对象的接触过程和接触程度，提出了基于操作对象的动作单元分类方法。

Also , It presents a method of object-based action units assortment according to the contact process and extent of virtual man to the object .

对几种典型的基本步态进行了规划，同时分析了其他基本动作单元步态规划的主要问题。

In addition , the typical gaits were planned and the main problems of the action planning of other basic gait units were analyzed as well .

提出了动作单元的概念，并通过设计历史结构&原理的逆求解方法，获取产品的结构基型、组合动作单元、转换关系流程图以及原理解框架等模型。

The concept of " action unit " is proposed . And through the method of design history structure-principle inverse solution , the structure-based , combined action unit , the structure-based conversion relationship , and principle solution framework model would be obtained . 2 .

最后提出基于神经网络阻抗继电器的自适应距离保护结构框图，描述从信号采集单元到动作出口单元的整个逻辑过程，并对自适应距离保护的前景作出展望。

Moreover , it has function to fault phase identification and fault distance measurement . Finally this paper propose the structure diagram of adaptive distance protection based on neural network impedance relay , which describes entire logic procedure from data acquisition unit to trip unit .

我们也将演示动作方法如何使单元测试容易，并演示如何测试一个动作方法能够产生的各种结果。

We will also show how action methods make unit testing easy and demonstrate how to test each kind of result that an action method can produce .

基于保护单元仿真统一的接口形式，提出了保护仿真的2层体系，即仿真各保护单元动作判据的保护单元层和仿真保护单元相互间配合的调度协调层。

According to the unified interface of the protection units simulation , the two-level simulation structure is proposed , i.e. the protection units level for the action criterion simulation and the dispatching coordination level for the simulation of the coordination of each protection unit .