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harly
- 建议在linux下运行,这个是个小丑模型,通过读取MD3来绘制,并且做出镜子的效果.运行方式:make (编译) ./md3 (运行) 按键控制: u(上肢动作变换), l(下肢变换动作)-proposed running under Linux, this is a clown model, MD3 to read through mapping, and make a mirror effect. Operation : make (compiler) ./md3 (run) but
Javahighteach
- java中级教程,用于提高程序员编程肢能用书-Intermediate Guide for increased programming programmers can use on limb
Axis_YangChuan
- 计算心电图额面QRS轴方向的小程序。通过输入心电图肢体导联的QRS波群主波方向即可得出额面轴的方向。-calculated the amount of surface electrocardiogram QRS axis of small procedures. ECG through the importation of the limb leads QRS wave direction can be derived for-axis direction.
图像滤波处理代码
- 选择打开文件,可以打开相应的图像。当前只可处理8位灰度图像。 homework1 中值滤波中,边界没有处理。 均值滤波中,边界也处理了,边界的原值没有保存下来。边界模糊。 homework2 对同样的阈值soble算子检测边缘比梯度算子清楚。 homework3 幅度谱表现出一些可辨认的结构,相位谱看不出来。 忽略相位信息,反变换得到的图看不出与原图的影子。 忽略幅度信息,反变换得到的图与原图好像有一些相似。 homework4
CCD
- 紫外临边成像光谱仪CCD电路系统的设计Ultraviolet limb imaging spectrograph CCD circuit design system-Ultraviolet limb imaging spectrograph CCD circuit design system
dzmn
- 基于vc++和directx实现的人物四肢动作模拟的程序-Vc++ and directx based on the characters to achieve limb movement simulation program
yy
- 在Visual C++de 环境下实现一个指针式时钟,钟的大小和形状还有相应的肢体颜色都可以变化-In Visual C++ de environment pointer towards a clock, bell size and shape of the limb also can change color
Robot
- 这个机器人程序仅供学习,是一个简易的旋转控制的VC程序,基于OpenGL,通过方向键可以控制上肢转动,通过asdw控制转身前后移动,这个学习程序主要是为学习图形各种变换而作的。。。希望对大家有帮助-Procedures for learning the robot is a simple rotation of the VC control procedures, based on OpenGL, the arrow keys can be controlled through the rota
DIBDisplay
- 对指定的二值化图像得用甲虫算法生成它的边缘链码-On the specified image binarization algorithm beetles to use the limb of the chain code
ISB03jhy
- The studies of human body motion have been motivated by a large number of application domains: visual surveillance,clinical analysis, computer animation, athletic performance analysis, robotics, and biometrics. Moreover, human motion analysis has m
limb
- 反向动力学模型,可用于跟踪计算人体上肢各参数。-IK model, can be used to track human body upper arm.
classSprite_C_2008
- If you look up "sprite" in a dictionary or on the internet, you ll get references to fairies, Advanced Dungeons and Dragons, and maybe even a bit of pixie dust. That may be what you were thinking when you clicked on the link that brought you here, bu
Graph
- 图的操作,包括1.利用普利姆算法实现最小生成树; 2.利用克鲁斯卡尔算法实现最小生成树; 3.利用迪克斯特拉算法实现最短路径; 4.构建图形;-The chart operation, including 1. the algorithm realizes the smallest spanning tree using Pu Limb 2. algorithm realizes the smallest spanning tree using Crue the
testnew
- 上肢检测,基于matlab程序的人体上肢检测,应用骨架分析原理,获得更高的精确度。-Upper limb detection
ECG-18lead
- 十八导联动态心电图是指在常规十二导联心电图Ⅰ、Ⅱ、Ⅲ、avR、avL、avF、V1、V2、V3、V4、V5、V6导联基础上,以心脏横面胸导联的延伸作为理论根据,扩展出向左、向右各三个导联,从而形成由六个肢体导联、十二个胸前导联共同组成的同步十八导联心电图系统。-18 lead Holter on the basis of the conventional twelve-lead ECG I, II, III, in avR, avL, avF, the V1 and V2, V3, V4, V5
cAxiis_YangCCa
- 计算心电图额面QRS轴方向的小程序源码。通过输入心电图肢体体导联的QRS波群主波方向即可的出额面轴的方向。-Calculate the amount of surface QRS axis in ECG program source code. Can input ECG limb lead of the main wave direction of the QRS complex frontal plane axis direction.
Edetectionofmx
- 在广泛研究前人工作的基础上,本文对运动人物的检测、跟踪与识别进行了综述。为使分类清楚明了,本文将人物运动分析分为两大类:人体运动分析,人脸分析。人体运动分析包括括人的较大幅度的肢体运动,如手势识别、步态分析、整个人体的运动分析;人脸分析包括人脸检测与识别、表情分析。在详细介绍了国内外研究现状后,提出了存在的问题及研究前景。 -On the basis of previous work in the extensive research, detection, tracking and rec
Optimization-for-Multi-Limb-
- 如果大家有用过kinect做开发,不管是使用kinect SDK还是使用OpenNI,估计都对这些库提供的人体骨骼跟踪技术有一定的好奇,心里在想,每个人穿的衣服不同,身体特点也不同,所处的环境不同,且走路或做手势时的姿势也不相同,竟然能够跟踪人体的骨架,且效果不错。那么上面的Kinect SDK和OpenNI提供给kinect开发的核心算法——人体骨架跟踪到底是怎么实现的呢?-If everyone used kinect development to do, whether it is usi
IKEditor
- 主要展示一种逆运动学算法的过程,用于在已知目标点的情况下完成各肢体的运动。-Major demonstrate a process of inverse kinematics algorithm is used in the case of a known target completion of each limb movement.
MCUCANopen
- CAN总线应用层协议实例解析 配套光盘基于CANopen协议的下肢外骨骼助力系统程序-Examples of CAN bus application layer protocol parsing- companion cd-rom lower limb exoskeleton booster program based on CANopen protocol