搜索资源列表
HH
- 利用Matlab模拟细胞HH 模型中的所有参数变化和动态Action Potential 生成过程，可以自行设定激励参数来观察不同试验情况下的细胞反应。
gait 步态识别算法代码
- 步态识别算法代码，对多种识别算法予以实现，以及一些论文上提到方法的测试程序。-Gait recognition algorithm code for a variety of recognition algorithms to be realized, as well as some papers on the method of testing procedures mentioned.
在matlab simulink上搭的一个H-H模型
- 自己根据所学在matlab simulink上搭的一个H-H模型，可以通过施加不同电刺激，模拟细胞膜上神经电位的变化-Their own knowledge in matlab simulink based on the ride of a HH model, can be subject to different electrical stimulation to simulate the changes in the membrane of nerve action potential
MATLAByouhua
- MATLAB优化应用书籍，书中详细讲述了MATLAB中优化方面，是一本难得的资料，书中有详细的案例和具体的操作过程是学习MATLAB优化的首选资料-MATLAB optimization of application of books, book detail in MATLAB, optimization, is a rare data, the book detailed the case and specific course of action is to learn MATLAB op
teleoperater
- 远程控制机器人的仿真程序。控制人员在A端做动作后，B端得机器人会做出相应的动作。-Remote control robot simulation program. Control personnel to do the movements in the A-side, after, B-side robot will have to make corresponding action.
Neurocal
- 利用MATLAB仿真神经元的动作电位及各种电参数的变化，离子通道电导变化等-HH cells using Matlab simulation model of changes in all parameters and dynamics of Action Potential generation process
action
- how to decide the priority of broadcast, unicast transmission and receptioin?
matlab
- 数字控制系统仿真与综合应用：设控制对象为 W1=10/s(1+0.1s)(1+0.05s),采样周期T=0.2s。 （1）采用零阶保持器，将W1(s)转换成W1(z),串接一个计算机调节模型D(z)组成一个典型的数字反馈系统。分别用仿真方法得到系统在单位阶跃输入作用下的响应和系统在单位速度输入时的输出响应。 -Digital control system simulation and comprehensive application: set control object for W1
MATLAB-for-maths
- Matlab科学计算的源代码，非常全，所有的代码都自己亲手跑一边，保证你不会为工程数学问题发愁，赶紧行动吧-Matlab scientific computing source code, very full, all the code yourself running while the guarantee that you will not engineering mathematical problems to worry about, and quickly action
mohusuanfa-matlab
- 这是几篇基于模糊算法实现的移动机器人行动、避障期刊论文-This is a few fuzzy algorithm for mobile robot action, obstacle avoidance Papers
matlab
- LTI系统的分析。用函数y=filter(p,d,x)实现差分方程的仿真，也可以用函数 y=conv(x,h)计算卷积，用y=impz(p,d,N)求系统的冲激响应，再用卷积来计算任意信号作用于系统的响应。-Analysis of LTI systems. With the function y = filter (p, d, x) to achieve the simulation of differential equations can also be used to calculate
Fourier descriptors using matlab
- The descr iptors c(k) describe the frequency contents of the curve: a value of k close to zero will describe low frequency information, an approximative shape, and the higher frequencies will describe details. For k = 0, c(k) represents the position
MATLAB--animation--pendulum-torque
- MATLAB实现单摆在外力矩作用下的动画 源程序代码-MATLAB a simple pendulum animation torque under the action of outside source program code
Action-recognition-code
- 毕业设计所做工作，EI会议已经accept预计9月online的视频中人行为识别论文的matlab代码，分类器采用SVM。需要论文原文可发邮件至jycwinner@163.com。-Human action recognition matlab code. The classifier is Support Vector Machine.
pr4
- The linear optimization model of a complex health condition of a biological object on the example of a combination drug with local action. The optimization criterion: irritant effect (%) after applying(It was formed by the optimization criterion of t
stackedae_exercise
- 栈式自编码深度学习算法实现信号的分类，包含实例，用于动作的分类识别。(Stacked self classification, deep learning algorithm code signal contains examples for classification and recognition of action.)
qlearning
- An Example for Reinforcement Learning using Q-learning with epsilon-greedy exploration(The deterministic cleaning-robot MDP a cleaning robot has to collect a used can also has to recharge its batteries. the state describes the position of the robot a
maichongyasuo
- 脉冲压缩雷达的优点是能获得大的作用距离和具有很高的距离分辨力。(The advantage of pulse compression radar is that it can obtain large range of action and have high distance resolution.)
svpwm
- 本simulink文件主要包含3部分：1.对传统的SVPWM调制三相两电平逆变器进行仿真，一步一步搭建SVPWM调制模块，包括坐标变换、合成电压矢量扇区判断、基本电压矢量作用时间计算、触发脉冲生成等。2.对SAPWM调制三相两电平逆变器进行仿真，即通过在三相调制波中注入三次谐波的方法来获得和传统的SAPWM等价的效果，从而简化仿真过程。3.利用simulink自带的SVPWM模块以及自带的三相电路模块对上述电路仿真。本文件版本为2018b版本。(This simulink file mainly
虚拟矢量
- 三电平逆变器基于虚拟矢量的SVPWM各区间矢量作用时间计算。(Three level inverter based on virtual vector SVPWM interval vector action time calculation.)