搜索资源列表
simulinkduoji
- 基于matlab/simmechanics舵机 输出铰链机构的仿真-Based on matlab/simmechanics output steering gear hinge body simulation
QrtSniper
- QRT股票文件格式的读写及三档盘口数据买卖的判断-QRT stock file format reading and writing, and third gear Handicap trading data to determine
chilun
- 算法分析中的递归法齿轮问题，VC++写的C源代码-The recursive algorithm analysis method gear problem, VC++ source code written in C
pid
- 教你怎么样用pid的算法去控制智能小车的舵机。讲的很好-Kind of teach you how to use pid algorithms to control the smart car' s steering gear. Good speaking
java.kechengsheji
- JAVA课程设计 基于WEB的自动出题系统-Lianliankan game is a popular cult to small game, used for testing and training game logic and the gear wheels.
Gearerroranalysisprogam
- 用vc++编写的具有计算齿轮误差的软件，并能判断是否合格-Prepared using vc++ error with computing gear software, and to determine eligibility
Spiralbevelgear
- 绘制出弧齿锥齿轮的大轮齿面，生成整个齿轮的三维立体图。-Draw a large spiral bevel gear tooth surface, produce three-dimensional map the entire gear.
shuangqubingchilunjigou
- 这是 simulink 里面simmechanics的一个模型文件 双曲柄齿轮机构 基础部件 通过修改参数可以仿真很多实例 很实用-This is a simulink model file inside simmechanics double crank gear basic components can be simulated by modifying the parameters of many examples of very practical
demo_bearing_demodulation
- 对轴承模拟信号进行解调分析,轴承模型见毕果博士论文（3-14），（3-29）；-A demo of demodulation of gear simulation signal
beipinqilunwen
- 用微型计算机控制锁相环(PLL)可对计量光栅信号进行数字倍频 用这种挂 术产生的角度定标脉冲去量度齿轮侍动链误差比用时钟脉冲夸理，布助于蓰壹考粤 仪器的动态检测精度．-Phase-locked loop with a micro-computer control (PLL) can be grating on the measurement of digital harmonic signal generated with this hanging point calibration t
ChiLunJiSuan
- 这是一个关于齿轮的齿顶圆和齿根圆半径的计算程序，先将图片预处理和二值化，然后进行边缘检测求出圆心，最后用平均法求出半径。-This is an addendum on the gear tooth root radius circle and the calculation procedure, the first image preprocessing and binarization, edge detection and then find the center of a circle,
Wind_Turbine_Model
- 详细的双馈发电机模型，包括变桨系统、偏航系统、控制系统、齿轮箱等。-Detailed model of doubly-fed generator, including the pitch system, yaw system, control system, gear boxes.
jiqirenwudao
- 要了解仿人机器人，首先要了解什么是舵机以及舵机与机器人的关系。我们都知道，机器人有许多个关节，每一个关节我们称为一个自由度。一般的机体，都有十几个自由度，这样才能够保证动作的灵活性。在机器人机体上，我们通常使用舵机作为每一个关节的连接部分。它可以完成每个关节的定位和运动。-To understand the humanoid robot must first understand what is steering gear and steering gear with robots relati
4gechengx
- 对心直动凸轮机构压力角的计算 计算斜齿轮公法线长度及其偏差 优化设计的分析与计算-Direct action on the heart cam pressure angle calculating the length of common normal helical gear calculation and deviation analysis and calculation of optimal design
new
- 齿轮轮齿渐开 线，螺旋源程序等，希望对大家有用-Involute gear tooth involute, spiral source in the hope that useful
subs
- 随机子空间方法在齿轮系统故障诊断中的应用-Stochastic subspace of Gear Fault Diagnosis System
Untitled
- 基于ＭＡＴＬＡＢ的小波分析应用：运用小波的时域、频域特征对摩托车发动机故障诊断和齿轮点蚀故障诊断-Wavelet analysis of MATLAB-based applications: the use of wavelets in time domain, frequency domain characteristics of motorcycles engine fault diagnosis and fault diagnosis of gear pitting
GEAR
- 用吉尔方法积分一阶微分方程组的初值问题。-Gill method with integral equations of first order initial value problem.
PID
- 关于智能车PID模糊算法的介绍 电动舵机模糊自适应PID控制方法 电动舵机模糊自适应PID控制研究 电动舵机伺服控制系统的模糊滑模控制 光电智能车模糊PID控制方法 基于模糊控制的智能车调速系统的设计 基于模糊控制算法的智能车转向舵机控制 模糊PID控制算法在电动舵机控制中的应用-Smart car on the introduction of electric PID fuzzy algorithm fuzzy adaptive PID control servo
111
- 行星齿轮传动的模糊优化设计Planetary Gear fuzzy optimization-Planetary Gear fuzzy optimization