International Research Journal of Engineering and Technology (IRJET) Volume: 09 Issue: 06 | June 2022
e-ISSN: 2395-0056
www.irjet.net
p-ISSN: 2395-0072
Smart Parking System Using LoRa Ms.Payal Gend1, Ms.Pallavi Mane2, Ms.Vishakha Mane3, Prof.Arati Sudhakar 4 1-3Final
Year student, Department of Electronics and Telecommunications Engineering, SVERI, Maharashtra, India Year student, Department of Electronics and Telecommunications Engineering, SVERI, Maharashtra, India ---------------------------------------------------------------------***--------------------------------------------------------------------2. Literature Survey Abstract - LoRa means a simple wireless modulation 4 Final
system which is used in communication where very low power is required. LoRa chips in the network protocol are mainly used for long range communication purposes. The main advantages of LoRa is low power consumption and Longer ranges around about 10Km.
1. Smart parking system: The smart parking system was published by Mr. Harshal Dhamane et.al on 7 July 2021. In this they have worked on application, which is used for the sensing of existence of parking spaces. The application updates the status of vacant slots for parking of vehicles with help of the sensors that senses the occurrence of automobile.
For this project, we are using the concept of LoRa along with IOT based smart parking module. Smart parking module includes tracking of parked slots as well as vacant slots of vehicles and their location. The main purpose of LoRa here is that it does not depend on any other network for communication. IR ultrasonic sensors are used for sensing the presence or absence vehicles.
2. IOT based smart parking system using Node MCU. This project was published by Tejas Pund et.al. Here Smart Parking system detects the availability of parking slots that viewed on mobiles or even to satellite navigation device so that drivers will always be aware of whether there are availability of parking slots or not.
Key Words: LoRa RA-01, Node MCU, IR ultrasonic sensors.
1. INTRODUCTION
3. IOT based smart parking system.
Now a day, the number of cars in each and every area is increasing rapidly, because of which, there is a need for some kind of system for observing and tracking of the parking vehicles in particular region.
This was published by Abhirup khanna et.al, on 24 Jan2016.The proposed smart parking system consists of an onsite deployment of an IOT module, which is used to monitor and signalize the state of availability of each single parking area and a mobile application is also provided that allows an user to check the availability of parking space and book a parking slot accordingly.
Searching out the vacant slot for parking in an urban area becomes very difficult for the people in metro cities at the peak hours in their busy schedule.
3. Objective
People have to check each region by driving and reaching out to correct empty parking slot, suitable for their vehicle parking. Because of which, people get frustrated, as it is waste of their time, pollution also increases and there is reasonless consumption of gas, petrol or diesel. Many times it is observed that, as driver's attention is partially in finding parking slots, there is a likelihood of causing accidents.
The main objectives of smart parking using LoRa module are: i) To seek out the parking slots in metro cities, this research investigates the smart parking module in busy area based on the availability of parking slots as per the requirement of driver.
As LoRa uses WAN technology, it does not need many modules for operation of smart parking system. The main aim of this project is to upgrade the situation of vehicle flow in parking area. This system leads helpless people who smash the traffic rules. Therefore, this project becomes important progress which leads us to improve metro cities situation regarding parking problems.
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ii) To provide smart system to track vacant and nonvacant slots at parking regions like in Colleges, Malls, Offices, Hotels, etc. It simply becomes easier and thus it saves time, resources and energy. iii) To reduce the efforts of drivers, this module keeps the information of parking even in the absence of security person in parking area.
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