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Detection of Lock on Radar System Based on Ultrasonic US 100 Sensor And Arduino Uno R3 With Image Processing GUI

机译:基于超声US 100传感器和Arduino Uno R3的雷达系统锁定检测与图像处理GUI

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The development of electronics technology especially in the field of microcontroller occurs very rapidly. There have been many applications and useful use of microcontroller in everyday life as well as in laboratory research. In this study used Arduino Uno R3 as microcontroller-based platform ATMega328 as a sensor distance meter to know the distance of an object with high accuracy. The method used is to utilize the function Timer / Counter in Arduino UNO R3. On the Arduino Uno R3 platform, there is ATMEL ATmega328 microcontroller which has a frequency generating speed up to 20 MHz, 16-bit enumeration capability and using C language as its programming. With the Arduino Uno R3 platform, the ATmega328 microcontroller can be programmed with Arduino IDE software that is simpler and easier because it has been supported by libraries and many support programs. The result of this research is distance measurement to know the location of an object using US ultrasonic wave sensor US 100 with Arduino Uno R3 based on ATMega328 microcontroller which then the result will be displayed using Image Processing.
机译:特别是在微控制器领域的电子技术的开发非常迅速。日常生活中的微控制器以及实验室研究中有许多应用和有用使用。在本研究中,使用Arduino Uno R3作为基于微控制器的平台Atmega328,作为传感器距离,以了解物体高精度的距离。使用的方法是利用Arduino Uno R3中的函数计时器/计数器。在Arduino Uno R3平台上,有Atmel Atmega328微控制器,其频率产生速度高达20 MHz,16位枚举功能,并使用C语言作为其编程。使用Arduino Uno R3平台,Atmega328微控制器可以与Arduino IDE软件进行编程,因为它已经由图书馆和许多支持程序提供支持。这项研究的结果是距离测量知道使用美国超声波传感器基于哪个那么结果将利用图像处理来显示ATMega328微控制器Arduino的乌诺R3 US 100中的对象的位置。

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