搜索资源列表
red
- 基于stm32的红外传感器初始化及AD转换，五路红外分别点亮，可简单实现测距-Infrared sensors based stm32 initialization and AD conversion, respectively Rd infrared lights can be simple to achieve ranging
Ultrasonic-Ranging
- 以51单片机为控制单元，辅助以传感器，温度传感器，液晶显示器，按键，实现超声波的测距。-51 microcontroller to control the unit, assisted by the sensor, temperature sensor, LCD display, buttons, realize ultrasonic ranging.
LH20114680
- 本文主要介绍以超声测距的原理为理论基础，以Freescale MC9S12XS128单片机为核心，设计一个包含超声传感器模块、温度传感器模块、液晶显示屏LCD1602模块、语音芯片ISD1760模块和基本操控按键的综合电路系统。单片机最小系统电路板直接借用S12X核心开发板，其它电路施行搭建连接。硬件电路设计完成后，进一步完成红外测障、超声测距和现场温度检测的软件编程，并将相关检测结果在液晶显示器上显示和语音播报。-This paper introduces the principle of u
ds18b20--lcd1602--chaoshengbo---c51
- 超声波测距，ds18b20温度传感器测温度并补偿声速，LCD1602显示温度 距离，还有蜂鸣器报警- Ultrasonic ranging, ds18b20 temperature sensor measures the temperature and compensates the speed of sound, LCD1602 display temperature distance, as well as the buzzer alarm
warningsystem
- 基于MSP430G2553单片机，结合无线收发数据模块，通过超声波传感器测距，辅以警报装置，实现超声波报警系统-MSP430G2553 based microcontroller, combined with wireless data transceiver module, ultrasonic distance sensor, combined with an alarm device to achieve an ultrasonic alarm system
51rc
- 51单片机超声波测距程序，包括数码管显示，蜂鸣器报警，LED报警，HC-SR04超声波传感器-51 microcontroller Ultrasonic Ranging procedure, including digital display, buzzer alarm, LED alarm, HC-SR04 ultrasonic sensor.
STM32_Ultrasonic
- 基于STM32单片机，利用收发一体式超声波传感器，实验收发分离式超声波的功能，从而实现超声波传感器一发多收的测距功能-Based STM32 microcontroller, transceiver use ultrasonic sensors, ultrasonic experiments receive separate functions, enabling ultrasonic sensors out of the overcharged ranging capabilities
C8051F330_ultrasonic
- 本程序是用C8051F330单片机利用超声波传感器测距，开发环境是keil-This procedure is to use C8051F330 microcontroller using ultrasonic sensor range, development environment keil
software
- 主要设计了基于霍尔传感器测速测距系统软件，程序是在C环境下开发的,简单易懂！-The main design based on Hall sensor speed ranging system software, the program is in the C development environment, easy to understand!
csb
- ks103超声波传感器的测距程序，基于51单片机的源程序以及串口通讯程序。-ks103 ultrasonic sensors ranging procedure, based on 51 microcontroller and serial communication program source code.
Iot-positioning-simulation
- RSSI算法是指根据无线传感器接受到（目标物体）的信号指示强度，计算该信号在传播中的损耗，根据理论或者经验的信号传播模型将信号强度转换成距离。但是这种算法很容易受到天气，障碍物或人员流动的影响，导致测距不精确，从而定位精度不高。但是由于RSSI算法简单，成本低廉，很多无线通信模块提供RSSI值，所以RSSI算法依然应用在众多领域中。-RSSI algorithm is based on wireless sensor to receive the signal intensity (object
Ultrasonic-Distance-Measuring
- 采用超声波传感器HC-SR04为测距元件、LCD1602液晶屏为显示器件、蜂鸣器和红光LED为报警器。超声波传感器HC-SR04将采集的数据通过信号线传送给单片机，利用MATLAB进行数据拟合，提高了测量精度，然后通过LCD1602液晶屏实时显示。-HC-SR04 ultrasonic sensor distance measuring element is , LCD1602 LCD screen display, buzzer and red LED for the alarm. HC-SR
car
- 履带小车循迹避障测速，使用51单片机，利用红外线传感器检测地面上的黑带，沿着黑带移动，通过记录转速和时间计算速度。包含超声波测距用于避障-The pedrail dolly tracking obstacle avoidance velocity, using 51 single chip, using infrared sensors to detect the ground of black belt, moving along the black belt, by recording th
chaoshengbo
- 基于STC单片机的HC-SR04超声波传感器测距系统-HC-SR04 ultrasonic sensor programming based on STC MCU
LDC1000-F5529-EXAMPLE
- msp430f5529读取ldc1000传感器值，检测金属，可实现金属测距，测物体是否是金属等功能-msp430f5529 ldc1000 read sensor values, detect metal, the metal can be achieved ranging measure whether the object is a metal, and other functions
fuzhi
- 实现RSSI的测距实现对无线传感器网络中的位置进行定位，-The realization of RSSI ranging to achieve the location of wireless sensor networks,
chaoshengboceju
- 超声波测距串口程，51单片机，传感器为HC-SR04 -Ultrasonic ranging serial program, SCM: 51 SCM Sensor: HC-SR04
Sonar-SonVI
- 基于labview和myrio对声纳传感器的控制（测距）-Based on labview and myrio control of sonar sensors (ranging)
Ultrasonic-distance
- 在stc89c52rc上利用超声传感器测距，显示在lcd1602上，可完成液位测量，固体测量等工业控制。-In the stc89c52rc on the use of ultrasonic sensor ranging, displayed on the lcd1602, to complete the liquid level measurement, solid measurement and other industrial control.
tdc-gp22
- 激光测距，采用APD作为光电传感器接收反射激光，TDC-GP22进行时间测量，通过速度时间精确计算出距离(Laser ranging uses APD as photoelectric sensor to receive reflected laser, TDC-GP22 carries out time measurement, and calculates the distance by velocity and time accurately.)