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9智能机器人礼包
- 9智能机器人礼包 智能机器人 单片机实现 功能齐全 运动流畅-9 intelligent robot gifts intelligent robot MCU fully functional fluid movement
悬挂系统
- 通过利用两台步进电机实现悬挂物体运动轨迹的控制,实现从点对点的运动、任意设定圆心的圆周运动,曲线运动。-through the use of two stepper motor to achieve flag objects trajectory control from a point-to-point movement, arbitrary set of circular motion Center, curve campaign.
testmotion
- codesys简单程序,主要用与PLC中的运动控制方面的小程序,比较简单,运行环境为codesys23-codesys simple procedure, which was spent mainly with PLC control the movement of small programs, a relatively simple operating environment for codesys23
Infrared_Car
- 通过红外遥控器可靠的控制小车能向前直线运动、向后直线运动、向前左转运动、向前右转运动、向后左转运动、向后右转运动、停止运动的功能.-through reliable infrared remote control car can be straight forward movement, backward movement straight forward movement left, right movement forward and backward movement to turn le
7279c
- HD7279A测试程序(C语言) 闪烁指令及键盘接口测试 快速计数演示 消隐指令测试 循环左/右移测试 \"三\"字向右运动3次,再向左运动3次 -HD7279A test procedure (C language) scintillation instructions, and keyboard interface tests demonstrated rapid count refers blanking so test cycle left / shift t
movebyvoice
- 凌阳单片机的语音控制代码。通过语音控制小车的运动。-Sunplus SCM voice control code. Trolley through voice control of the movement.
Lab537-JPEGMotion
- Lab537-JPEGMotion开发的dsp程序,可以实现两个采集,同时显示3路,其中两个为采集的图像,另一路为前两路的运动。-Lab537 - JPEGMotion dsp development process, can achieve two collection, three road shows, two of which collected images of the other route for the former two-way movement.
good_CPU
- 本代码是在modelsim下运行的模拟8×8位的CPU,执行程度,对深入理解CPU设计和运行原理具有重要意义- This code is simulation 8脳8 position CPU which moves under modelsim, carries out the degree, to thoroughly understood the CPU design and the movement principle have the vital significance
controler
- 用电键控制步进电机朝各个方向做曲线,圆和直线运动。-electricity stepper motor control in all directions so curve, circle and line movement.
9.8_DISP256_GUO
- 基于Verilog-HDL的硬件电路的实现 9.8 基于256点阵的汉字显示 9.8.1 单个静止汉字显示的设计原理及其仿真实现 9.8.2 单个静止汉字显示的硬件实现 9.8.3 多个静止汉字显示的设计原理及其硬件实现 9.8.4 单个运动汉字显示的设计原理及其硬件实现 9.8.5 多个运动汉字显示的设计原理及其硬件实现 -based on Verilog-HDL hardware Circuit of 9.8 based on t
MSE430_DETECT_SRC
- MSP430F2013的超低功耗运动检测仪功能描述-MSP430F2013 ultra-low-power movement detector functional descr iption
1111103
- 8051单片机控制外部设备,读取外部设备状态,外部中断的应用,中断的深入理解,变量和标记的灵活应用,定时器的灵活应用,可编程自动控制的方法,按键控制设备动作的方法,PWM 输出的设计,存储器的读写,延时报警器的设计,各种报警音的设计,音乐播放的设计,程序模块化的设计等等知识。-8051 to control external equipment, reading the state of the external equipment, external interrupt the applica
Fxyj
- 我51单片机系统实验做的,,实现功能是:进水,定时,洗衣,甩衣,放水,,动作由LED指示。注:定时不超过10分钟-I do experiments on the system, and achieve functional : influent, regular clothes, robe, and, besides, LED instructions from the movement. Note : Timing is not more than 10 minutes
ps2mouse_verilog
- 本实验利用PS/2接口实现了与鼠标通信,并将鼠标的按键信息通过D6,D7,D8,D9 来直观的放映,其中D6,D7代表鼠标右键的状态,当鼠标右键没有按下时,D6,D7两 个灯都不亮,当鼠标右键有按下时,D6,D7两个灯同时点亮。与此相同,D8,D9则代 表鼠标左键的状态。而鼠标的移动状态,我们是通过七段数码管来表示,低两位的数 码管表示X轴的移动点数,高两位的数码表示Y轴的移动点数。-the experimental use of PS / 2 interface wit
comic
- 实现TWINS乒乓的对角线运动。 可以看到一对TWINS乒乓球的对角运动轨迹。在液晶显示屏两半显示面中对称的两个乒乓球从角落发出,向对角运动,到对角的角落然后又从头开始,如此循环。 可以按键盘的4键退出到主界面,进行选择进入其它组员模块。-achieve the diagonal movement. Can see a table tennis TWINS the right angle trajectory. The LCD screen shows two semi-symmetri
ucos_API
- 使用嵌入式系统的绘图 API 函数。首先,在屏幕上绘制一个圆角矩形和一个整圆。然后,再在屏幕上无闪烁的绘制一个移动的正弦波。-use of Embedded System mapping API function. First, the screen drawing a rectangle and a fillet entire round. And then on the screen without drawing a flicker of movement of sine wave.
Movement
- Labview加速度传感器运动信息采集平台设计-Labview Data Acquisition Platform Accelerometer Design Movement
Suspension-movement-control-system
- 基于PIC的设计,悬挂运动控制系统的编程,C语言版的。-Based on the design of the PIC, suspension movement control system programming, C language version.
Suspension-movement-control
- 本系统以MSP430F449单片机为核心,利用了L297,以及L298N各两块驱动芯片驱动两个步进电机,通过各种算法,可以精确控制悬挂物体的运动方向与轨迹。在使用了更优化的算法后,实现了任意坐标的随机设置。使用了液晶屏,实现了操作界面,时时坐标的显示,界面更加友好。特别的,在加入了以ST188为传感器检测黑线,以垂直舵机控制的画笔后,实现了循迹,画笔收放的功能,使本系统更加灵活。达到了题目要求的控制物体进行直线运动、圆周运动,正弦运动及其往返运动等功能。-Suspension movement
USB-simulated-mouse-movement
- STM32 USB模拟鼠标移动 STM32F USB模拟鼠标移动-USB simulated mouse movement
