Smart Peril Avoidance and Advanced Driving Assistance System


Group Number: 4

Group Member: Debagnik Kar, Shivam Chanda, Sayantan Ghosh & Dipanjan Sur

Time 2019-2020

Tags: Automotive safety, IoT


Description:

The project is all about solving the problems faced by the driver while driving and thus providing them with advanced driving assistance. The solution provided by our designed project will be beneficial in saving the lives of people around the globe. Thus, automation is the key to solve day to day issues and reducing the complexities. The paper will be providing the solution to the major problems faced by the driver on road and thus, preventing accidents. The project provides smart solutions regarding the entire design of the automated system and its role in saving lives and its broader aspects. TIDEP-0094 or IWR1642BOOST evaluation board embedded with an IWR1642 chip and XDS110 MCU is used to perform the required operation using mm-Wave Technology. The mm-Wave sensor (IWR1642) is used to detect any obstacle near it. It sends the data to the MCU XDS110 where it is processed to perform the different operations.


Additional Information:

This project was inspired by the below-cited works of the students

S. P. Kar, P. Priyesh and K. Dutta, "Smart Peril Avoidance and Advanced Driving Assistance System," 2018 International Conference on Applied Electromagnetics, Signal Processing and Communication (AESPC), 2018, pp. 1-5, doi: 10.1109/AESPC44649.2018.9033446.

Abstract: The following paper is all about solving the problems faced by the driver while driving and thus providing them with advanced driving assistance. The solution provided by our designed project will be beneficial in saving the lives of people around the globe. Thus, automation is the key to solve day to day issues and reducing the complexities. The paper will be providing the solution to the major problems faced by the driver on road and thus, preventing accidents. The paper provides the information regarding the entire design of the automated system and its role in saving the lives and its broader aspects. TIDEP-0094 or IWR1642BOOST evaluation board embedded with an IWR1642 chip and XDS110 MCU is used to perform the required operation using mmWave Technology. The mmWave sensor (IWR1642) is used to detect any obstacle near it. It sends the data to the MCU XDS110 where it is processed to perform the different operations.URL: https://ieeexplore.ieee.org/stamp/stamp.jsp?tp=&arnumber=9033446&isnumber=9033144

Code

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