Design and implementation of remote controlled ARM based microcontroller experimental set

In this study, a remote controlled experiment set was performed on the STM32F407VGT6 which is a microcontroller with 32 bit ARM architecture for microcontroller programming experiments. ARM based microcontrollers, which have an important place in today's technology, are becoming widespread in our schools which offer education on embedded systems. For those who want to learn, teach and test the ARM architecture, the experiment set was performed in this study has the feature of supporting the trainings in this area. Performed experiment set can be controlled from a web page interface is prepared. The Apache HTTP Server for the web page has been installed. The user can access this web page via the static IP to be assigned to the server. It will be able to programmed remotely the microcontroller in the experimental set by loading the machine code of the program that the user wants to test in the experiment set via web page. At the same time, it is possible for the user to follow the values of the global variables that he defined in the program. In addition, while monitoring the values of the variables, it is also possible to show them in the chart via the web page. The experiment set includes external peripheral modules that can perform LED, button, UART communication, RTC, ADC, DAC, PWM, Servo motor, Step motor, 7 Segment and shift register applications. Also, instant view of the experiment set is transmitted to the web page via 2 cameras. 2 Raspberry Pi mini computers were used for web server of this system and camera image transfer services. In this context, the performed experiment set carried out is intended to be useful to the trainings in this field.