WEEK 9

 REPORT WRITING CHAPTER 2

During this week, I worked on finishing up the literature review for chapter 2 of the proposal report. Below is a table of the papers that I have summarized.

Title	Smart Parking System using IoT	Smart Parking Space Detection using MATLAB and Internet of Things	Smart Automotive Parking System	PLC-Based Automatic Intelligent Car Parking System	Image Processing Based Intelligent Parking System
Author	Elakya, R., Juhi Seth, Pola Ashritha, & Namitha, R. (2019)	Zain Rajani & Michelle Araujo e Viegas (2017)	Sasirekha, S., Ramkumar, S., Saranya, N. M., Sujasri, S., Swethaharini, M., & Valarmathi, S. (2020)	Islam, F., Adil, M., & Alvi, S. A. (2017)	Kaarthik, K., Sridevi, A., & Vivek, C. (2017)
Objective	To automate the management of the parking that allocates an efficient parking space using IoT.	To provide a solution for parking slot detection based on an image processing technique that can capture and process the image to find empty parking slots.	To advance the facility in parking all over the cities and aiming to provide ease to people.	To ensure the safety of the driver as well as save time and parking spaces.	To provide an intelligent system that can inform on the parking slot to the users.
Method Used	The system uses Arduino devices and an IR sensor along with cloud-based web services. The user gets a notification on the available spaces via SMS through the GSM module.	The system uses MATLAB software and a camera which monitors the movement of the vehicles in the parking lot.	Using an android application that is based ATmega328p microcontroller, LCD for viewing the slot status.	Uses a set of LDRs and IR sensors to ensure effective and safe car parking management. The system works in three modes such as ON, OFF and EMERGENCY.	The camera is used to sense the empty space through video image detection-based MATLAB software.