This project's goal was to built a system based on ESP32 and Android application, that sends notifications between vehicles, which are not in each other's line of sight, as well as collecting data on driving. The application is able to present graphical data to the driver.
Project tag: car
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Designing a small battery powered system that can detect a person (baby) that is left in the car at a high temperature. Using esp32, sensors, and Sim900 to call the parent's phone when the conditions above apply. Building an android app which can control the Arduino box, setup the system and start using the system to get the current temperature and distance in the car from Arduino using Realtime database...
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This project implement IOT system that will connect the user car to the home network for anti theft solution. The system will notify, update and send real-time data collected by the system representing the current state. The system implemented using LoRa as physical transfer layer and HTML based server as the user interface.
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Development and design of a small and low power PCB packed with sensors to provide car monitoring and security solution that can work over great distance by using the car's OBD (on board diagnostics), Information from all cars is transmitted to main circuit using LoRa network.Categories: IOT
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In order to enhance and improve the driving experience in cars in general, drivers and car testers must understand and feel not only the condition of the environment, but also the condition of the road.Categories: Embedded Systems
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Truck drivers often steal fuel from trucks, without their employer companies being able to determine for sure if there was stealing. The project aims to solve the problem by monitoring data from various sensors around the truck. By analyzing this data we can learn the behavior of each individual truck and determine various events including frauds.
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The project implements an Emergency Breaking system for the Technion’s Autonomous Formula vehicle. The system activates emergency breaking upon detecting severe failure in any of the vehicle’s subsystems. The solution has to operate in a very unstable and hazardous environment and supply an almost immediate reaction for failure.
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In recent years, the need for systems monitoring the current inflation pressure in tires has grown dramatically. The importance of correct inflation pressure is well known. An under-inflated wheel determines the tire lifetime, the fuel consumption and our handling properties. There are 2 ways to monitor the tire pressure, 1st is with hardware (direct TPMS) and the second one is with Software (indirect TPMS).
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In recent years the air pollution from vehicles is increasing in a rapid rate. The aim of this project is to develop a low cost system that when combined with an oxygen sensor will help to reduce air pollution from vehicles.
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Identifying the sensor plane of installation of an accelerometer within a moving vehicle. Using car data and “Road DNA” to facilitate a simple installation solution. Develop an algorithm and implement a Java solution for integrating multiple sensors.
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In this project we debugged the hardware and wrote the software of the previous labs project "Can Bus Logger". The projects goal was to communicate with vehicles computers via our device. At the end of the project, we managed to receive and parse data from the vehicle in real time, such as speed. RPM, temperature etc.
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An Android application which monitors CAN communication and maps between vehicle devices and their addresses.
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Designing an autonomous remote control car using the Intel Galileo platform.