On this demonstrator, an automotive security system is designed in which the user will be able to know information about his vehicle without being close to it. This info will be obtained from a chatbot application and, using this platform, user will be able to act to the car.
The information of the car will be captured by the use of sensors, and based on their information, responses can be generated.
For this demo, a car’s door will be used for positioning the whole electronic developed. This door will inform user of the windows position, if the car is lock or unlock. This is a security car system that can be used frequently, especially for people who easily forget what they do after go out of his car. In base of this, user could act, levelling the windows or locking their car.
In order to control the whole system, a commands structure will be developed. These commands are sent using a Chatbot from SmartPhone to the microcontroller of the system, which will recollect that command and generate the response to the electronic. Both of them will have internet connection to start the communication. Oh this chatbot, users will send what they want to do with their car.
Development of a pair of glasses that beeps to wake you up while driving.
This demonstrator will take the form of an intelligent car. Speaking more precisely using voice commands will be able to control the engines in the car. In the case of developing this demonstrator, we will control the motors of wheels, wipers and mirrors. An application that can be installed on a phone or tablet will be used to send voice commands. The ESP32 board with a bluetooth module will be used to connect the application with the actuators (engines) of the car. We prepare and print a large part of the car’s structural elements on a 3D printer.
This demonstrator will take the form of a smart car mp3 player. Often, the family car is used by several people (father, mother, son, daughter, etc.). While driving, everyone has their favorite music that they like to listen to. When someone else uses the mp3 player the next day, they have a problem, they get frustrated (how can you listen to something like that? What’s that music? Etc). The solution to this problem is this demonstrator. After recognizing the face of the person entering the car, the system will automatically play the appropriate and favorite music for that person. The ESP32-CAM camera will be used to recognize the face. The DFPlayer mini mp3 player for playing music (songs) will be operated via the ESP8266 board.
This project will consist of the design of an access control system and the implementation of various functions in a car. Artificial intelligence will be implemented incorporating the recognition of images obtained through a camera.
Chatbot application that connects to the car optics device and assists the operator with the measurements and correcting optics. Requirements;
- Image recognition system for recognising damage on car body (ŠC NM)
- Assistant app able to visualise errors and procedures to correct them
- Image recognition recognises the mark and make and year of the car
- Can help recognising the engine type in order to streamline ordering of the spare parts