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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 : m
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
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- 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
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 : m
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
%CD%BC%CF%F1%B4%A6%C0%ED%D7%F7%D2%B5C%2B%2B%D4%B4%
- 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
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
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
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. Moreove
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
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
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
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
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
emg
- 人体下肢表面肌电信号的检测与分析的详细介绍-Detection and analysis of the human lower limb surface electromyography
lower-limb
- 是一篇关于表面肌电信号处理的文章,主要是下肢sEMG模式识别方面的。-Is an article about the surface EMG signal processing, mainly lower limb sEMG pattern recognition.