搜索资源列表
T6963CandDSP
- T6963C在DSP2407应用上的设计。网络上这部分内容很少-T6963C wheel application in the design. Networks rarely this part
speedmeasurbasedonDSP2407
- DSP2407在转速测定中的应用，包括硬件及软件设计 -wheel speed in the determination of applications, including hardware and software design
OMNeTbasedsatelliteposecontrolsimulation
- 针对三轴稳定卫星的姿态控制系统,在离散事件仿真平台OMNeT ++的 基础上,建立了一个以星敏感器和陀螺为敏感器,反作用飞轮为执行机构的闭环 控制仿真系统。采用双矢量定姿算法和P ID控制算法,对该卫星在对地定向模 式下的控制精度进行了仿真。仿真结果清晰地反映了星敏感器和反作用飞轮输 出延时对控制精度的影响。整个仿真系统符合面向对象和模块化的程序设计理 念,并实现了仿真程序的重用。-For the three-axis stabilized satellite attitu
1
- 编写一个程序，有一个汽车类vehicle，它具有一个需传递参数的构造函数，类中的数据成员车轮个数wheels 和车重weight 放在保护段中；小车类car 是它的派生类，其中包含载人数passenger_load；卡车类truck 是vehicle 的派生类，其中包含载人数passenger_load 和载重量payload。每个类都有相关数据的输出方式。-Write a program, there is a car class vehicle, it has a need to pass
wheel
- 车辆的轮子转向研究论文，很好的设计论文，尽情学习吧-Steering wheel vehicle research papers, good design papers, enjoy learning it
motorcontrol
- Why do we need speed control? How is DC motor speed controlled? How is motor direction controlled? What circuits can be used? Motor speed should be independent of load. Differential d
final
- 瑞萨智能车比赛所设计的四驱程序，使用该程序获得的了第二名的成绩-Renesas intelligent four-wheel drive vehicle design process
UAVSelfTestRedGreen
- UAV unnamed wars vehicle test software, level green red coming soon as wheel.
Catenary-line-Optimization-of-wheel-loading-and-un
- 悬链线上车轮装卸机器人的优化设计Catenary line Optimization of wheel loading and unloading robot-Catenary line Optimization of wheel loading and unloading robot
fangxiangpan
- 本文中主要介绍酒后驾车对方向盘造成的危害，检测方向盘来检测酒后驾驶-In this paper mainly introduces a drunken driving on the steering wheel steering wheel, the damage detection to detect drunken driving
Highign
- 高速AWID车辆车轮独立制动控制设计High-speed AWID vehicle wheel independent braking control design-High-speed AWID vehicle wheel independent braking control design
rr
- 视觉月球车车轮沉陷量测量设计Visual measurement of lunar rover wheel design settlement-Visual measurement of lunar rover wheel design settlement
sldemo_wheelspeed_absbrake_digest
- ABS wheel speed of the vehicle that share the velosity of the car and both of them used to evaluate the performance and indicate the best values of brake-ABS wheel speed of the vehicle that share the velosity of the car and both of them used to evalu
optimize-
- 键是一种标准零件,通常用来实现轴与轮毂之间的周向固定以传递转矩，有的还能实现轴上零件的轴向固定或轴向滑动导向。在键连接设计时，间的高度和宽度根据轴的直径d选取，而键长L则根据轴上零件轮毂宽度B而定，通常L=B-（5—10）mm。键的尺寸确定后，再进行强度校核。而为了保证绝对安全，键的尺寸取值往往都趋于保守，所选键的尺寸大。本程序采用优化设计方法，在满足强度要求的前提下求出键的最小结构尺寸，证明键宽b和键高h的取值可以小于标准值。-Key is a standard part, often use
no-person-drive-car
- 中设计的无人驾驶电动汽车(图1)是集无人驾驶技术、 四轮独立电驱动技术和底盘电子控制技术于一体的智能电动 汽车 -In the design of unmanned electric vehicles (Figure 1) is a driverless technology, four-wheel independent electric drive technology and chassis electronic control technology in one of the
sldemo_absbrake
- 单轮abs仿真 对比有无abs仿真效果 车轮转速 车身转速 滑移率-The single-wheel abs simulation comparison with or without simulation of the effect of abs wheel speed body speed slip ratio
DLP-color-wheel
- DLP color wheel 技术介绍-DLP color wheel
VC-multi-wheel-drive-vehicle
- 基于VisualC_的汽车同步带多轮传动参数化设计-VisualC_ based multi-wheel drive vehicle belt parametric design
vehicle-wheel-tread-detection-
- 基于图像处理与机器视觉的车辆轮对踏面检测技术，主要算法有图像类型的转 化、图像反色、中值滤波、LoG(L即lacianofGaussian)锐化算子、基 于迭代法的闽值分割、细线化等,使得提取的轮对图像信息达到了较高的精度 -Based on image processing and machine vision of the vehicle wheel tread detection technology, the main algorithm of image type An
wheel-treadmonitoring
- 城轨车辆轮对踏面故障在线监测系统，基于振动检测法的轮对踏面故障监测系统，通过傅里叶变换、小波包分析对釆集到的振动信号进行分析获得信号的特征,研究了基于短时能量判断的踏面故障特征提取算法。-On line monitoring system for wheel tread of urban rail vehicles, based on the vibration detection method of wheel tread fault monitoring system, through th