Abstract— ATSRT is a Programmed Tolling Framework utilizing RFID Innovation is utilized for gathering charge
naturally. In this we do the recognizable proof with the assistance of radio recurrence. A vehicle will hold a RFID tag. This
tag is only one of a kind recognizable proof number doled out. This will be appointed by RTO or movement overseeing
authority.In understanding with this number we will store, all essential data and in addition the sum he has paid ahead of
time for the TOLL gathering. Peruser will be deliberately passed at toll accumulation focus. At whatever point the vehicle
passes the tollbooth, the duty sum will be deducted from his prepaid adjust. New adjust will be overhauled. In the event that
on the off chance that one has inadequate adjust, he should pay the expense in real money. As vehicles don't need to stop in
a line, this means diminished Activity clog at toll courts and aides in lower fuel utilization. This is critical preferred
standpoint of this framework.
Keywords— ATSRT, RFID, TOLL Collection, Traffic Congestion.
Smart tolling for highway transportation system using RFIDIRJET Journal
This document proposes an automatic toll collection system using RFID technology to reduce traffic and manage toll payments electronically. A RFID reader would read tags on vehicles and deduct the toll amount from the owner's account. If a vehicle is stolen, a message would be sent to police. The system aims to reduce manpower needs at toll booths and allow drivers to pay without stopping. It describes the system architecture including a microcontroller, RFID reader and tags, database, and IR sensor to detect vehicle passage and manage gate opening/closing.
This document summarizes an article that proposes an automatic toll collection system using RFID technology. The proposed system aims to automate toll collection processes to reduce congestion at toll plazas and make the process more efficient. It would use RFID tags attached to vehicles that are read by RFID readers at toll plazas to automatically deduct the toll amount. The system could also help detect stolen vehicles and track overspeeding vehicles passing through toll plazas. The proposed RFID toll collection system would provide benefits like time savings, reduced fuel consumption and emissions from less vehicle idling, and improved traffic flow compared to existing manual toll systems.
This document describes a proposed automated toll gate system using RFID, load cells, and image processing. The system aims to reduce traffic congestion at toll plazas by automatically identifying vehicles and deducting toll payments from linked accounts. An RFID tag on each vehicle would be read by a receiver and the license plate captured by a camera. A load cell would classify the vehicle type. A mobile app would allow prepaying tolls to further reduce processing time. The system is estimated to save over 300 crore rupees annually lost to financial leakage and reduce vehicle idling time at plazas by 40-42 seconds, lowering fuel consumption and pollution.
International Journal of Computational Engineering Research (IJCER) is dedicated to protecting personal information and will make every reasonable effort to handle collected information appropriately. All information collected, as well as related requests, will be handled as carefully and efficiently as possible in accordance with IJCER standards for integrity and objectivity.
Automatic Vehicle Identification and Toll Collection Using RFIDIRJET Journal
This document describes an automatic vehicle identification and toll collection (AVITC) system using radio frequency identification (RFID) technology. The system aims to reduce congestion and time wasted at toll plazas by allowing vehicles with RFID tags to pass through without stopping. Each vehicle is assigned a unique RFID tag linked to identification and payment information. As the vehicle passes RFID readers at the toll plaza, the appropriate toll amount is automatically deducted from the prepaid tag balance. This eliminates queues and waits, saving time as well as reducing fuel consumption and pollution compared to traditional cash-based toll systems. The proposed RFID-based electronic toll collection system could help improve traffic flow and efficiency at highway toll plazas
IRJET- Implementation of Automated Toll System for Highways and BridgesIRJET Journal
The document proposes an automated toll system for highways and bridges using RFID and GSM technology to reduce traffic congestion. The system uses RFID tags attached to vehicles to identify them and deduct toll charges automatically from a linked account if there are sufficient funds. If not, the driver can add money using a mobile app. It sends transaction messages to the user via SMS. The system aims to streamline the toll payment process and improve traffic flow compared to manual systems. It discusses the components used like RFID readers, Arduino microcontroller, servo motors and GSM modem along with the working flowchart. The proposed automated system offers benefits like time savings, reduced congestion and a smoother toll passage process overall.
Automated Toll Collection System used for collecting tax automatically from the moving vehicle. Here we do the identification with the help of radio
frequency. A vehicle will hold an RFID tag. This tag contains unique identification number. This unique identification number will be assigned by
RTO or traffic governing authority. Reader will be strategically placed at toll collection center. Whenever the vehicle passes the toll collection center,
the tax amount will be deducted automatically from his prepaid balance. New balance will be updated in his account. Incase if one has insufficient
balance, his updated balance will be negative one and the warning message will be send to the user. As vehicles don‟t have to stop in a queue, it
assures time saving, fuel conservation, avoid traffic congestions and also contributing in saving of money.
IRJET - An IoT based Automated Toll Collection System using RFIDIRJET Journal
This document describes a proposed automated toll collection system using RFID (radio-frequency identification) technology as part of an IoT (Internet of Things) solution. The system aims to reduce congestion at toll booths by allowing contactless payment via RFID tags attached to vehicles. When a vehicle passes through the toll gate, an RFID reader would detect the vehicle's tag and deduct the toll amount from an e-wallet or linked bank account. This cashless system seeks to save time for drivers by eliminating queues and reduce pollution compared to manual toll collection methods. The proposed design uses an Arduino board connected to an RFID reader and tag, LCD display, buzzer, and motor to open/close the toll gate
Smart tolling for highway transportation system using RFIDIRJET Journal
This document proposes an automatic toll collection system using RFID technology to reduce traffic and manage toll payments electronically. A RFID reader would read tags on vehicles and deduct the toll amount from the owner's account. If a vehicle is stolen, a message would be sent to police. The system aims to reduce manpower needs at toll booths and allow drivers to pay without stopping. It describes the system architecture including a microcontroller, RFID reader and tags, database, and IR sensor to detect vehicle passage and manage gate opening/closing.
This document summarizes an article that proposes an automatic toll collection system using RFID technology. The proposed system aims to automate toll collection processes to reduce congestion at toll plazas and make the process more efficient. It would use RFID tags attached to vehicles that are read by RFID readers at toll plazas to automatically deduct the toll amount. The system could also help detect stolen vehicles and track overspeeding vehicles passing through toll plazas. The proposed RFID toll collection system would provide benefits like time savings, reduced fuel consumption and emissions from less vehicle idling, and improved traffic flow compared to existing manual toll systems.
This document describes a proposed automated toll gate system using RFID, load cells, and image processing. The system aims to reduce traffic congestion at toll plazas by automatically identifying vehicles and deducting toll payments from linked accounts. An RFID tag on each vehicle would be read by a receiver and the license plate captured by a camera. A load cell would classify the vehicle type. A mobile app would allow prepaying tolls to further reduce processing time. The system is estimated to save over 300 crore rupees annually lost to financial leakage and reduce vehicle idling time at plazas by 40-42 seconds, lowering fuel consumption and pollution.
International Journal of Computational Engineering Research (IJCER) is dedicated to protecting personal information and will make every reasonable effort to handle collected information appropriately. All information collected, as well as related requests, will be handled as carefully and efficiently as possible in accordance with IJCER standards for integrity and objectivity.
Automatic Vehicle Identification and Toll Collection Using RFIDIRJET Journal
This document describes an automatic vehicle identification and toll collection (AVITC) system using radio frequency identification (RFID) technology. The system aims to reduce congestion and time wasted at toll plazas by allowing vehicles with RFID tags to pass through without stopping. Each vehicle is assigned a unique RFID tag linked to identification and payment information. As the vehicle passes RFID readers at the toll plaza, the appropriate toll amount is automatically deducted from the prepaid tag balance. This eliminates queues and waits, saving time as well as reducing fuel consumption and pollution compared to traditional cash-based toll systems. The proposed RFID-based electronic toll collection system could help improve traffic flow and efficiency at highway toll plazas
IRJET- Implementation of Automated Toll System for Highways and BridgesIRJET Journal
The document proposes an automated toll system for highways and bridges using RFID and GSM technology to reduce traffic congestion. The system uses RFID tags attached to vehicles to identify them and deduct toll charges automatically from a linked account if there are sufficient funds. If not, the driver can add money using a mobile app. It sends transaction messages to the user via SMS. The system aims to streamline the toll payment process and improve traffic flow compared to manual systems. It discusses the components used like RFID readers, Arduino microcontroller, servo motors and GSM modem along with the working flowchart. The proposed automated system offers benefits like time savings, reduced congestion and a smoother toll passage process overall.
Automated Toll Collection System used for collecting tax automatically from the moving vehicle. Here we do the identification with the help of radio
frequency. A vehicle will hold an RFID tag. This tag contains unique identification number. This unique identification number will be assigned by
RTO or traffic governing authority. Reader will be strategically placed at toll collection center. Whenever the vehicle passes the toll collection center,
the tax amount will be deducted automatically from his prepaid balance. New balance will be updated in his account. Incase if one has insufficient
balance, his updated balance will be negative one and the warning message will be send to the user. As vehicles don‟t have to stop in a queue, it
assures time saving, fuel conservation, avoid traffic congestions and also contributing in saving of money.
IRJET - An IoT based Automated Toll Collection System using RFIDIRJET Journal
This document describes a proposed automated toll collection system using RFID (radio-frequency identification) technology as part of an IoT (Internet of Things) solution. The system aims to reduce congestion at toll booths by allowing contactless payment via RFID tags attached to vehicles. When a vehicle passes through the toll gate, an RFID reader would detect the vehicle's tag and deduct the toll amount from an e-wallet or linked bank account. This cashless system seeks to save time for drivers by eliminating queues and reduce pollution compared to manual toll collection methods. The proposed design uses an Arduino board connected to an RFID reader and tag, LCD display, buzzer, and motor to open/close the toll gate
IRJET - Automatic Tollgate Control System using Microcontroller and RFIDIRJET Journal
This document describes an automatic tollgate control system using RFID (radio-frequency identification) technology and a microcontroller. The system uses RFID tags attached to vehicles and RFID readers located at toll plazas to automatically identify vehicles and deduct toll fares from pre-paid accounts. If a tag is valid and has sufficient funds, the toll is deducted and the gate opens. If not valid or funds are insufficient, messages are displayed or sent by GSM to notify the driver to recharge. The system aims to automate toll collection and reduce traffic congestion compared to manual systems. Key components include RFID tags and readers, a microcontroller, LCD display, motor driver, DC motor, proximity sensors and a
IRJET- Automatic Toll Management and Penalty System using Number Plate Recogn...IRJET Journal
This document proposes an automatic toll management and penalty system using number plate recognition. It uses image processing and RFID technology to automatically identify vehicles and deduct tolls. For prepaid users, an RFID tag is read to deduct the toll amount from their account balance. For post-paid users, cameras capture images of license plates which are processed using a neural network to recognize characters and identify the vehicle. The system then checks a database to get owner details and sends an SMS receipt or penalty notice. It aims to reduce congestion at toll plazas by automating the toll collection process.
IRJET- Efficient IoT based Automated Toll Collection SystemIRJET Journal
This document describes a proposed automated toll collection system using Internet of Things (IoT) technology. The system uses RFID tags attached to each vehicle to identify it as it passes through the toll plaza. An RFID reader scans the tag and verifies payment details stored in a database. If payment is verified, the toll amount is automatically deducted from the owner's account. Transaction details are sent via SMS to the owner's phone. The system aims to reduce traffic congestion and waiting times at toll plazas compared to manual systems. It allows for tracking of stolen vehicles and monitoring of vehicle movements.
IRJET - Toll Collection System using RFID (613 Highway) Jubail-Dhahran HighwayIRJET Journal
This document summarizes a project that aims to automate toll collection on Highway 613 in Saudi Arabia using radio-frequency identification (RFID) technology. The authors propose implementing an RFID tag system where each vehicle has a unique RFID tag that is scanned at toll stations. When a vehicle enters the coverage area of an RFID reader at a toll station checkpoint, the reader will detect the vehicle's RFID tag, read the unique code, and send it to a connected computer system to process the toll payment electronically. This proposed system aims to help regular maintenance of the highway and reduce traffic congestion.
This document describes a proposed smart parking system for metropolitan areas that uses RFID technology. The system includes RFID readers, tags, barriers, and a centralized database. Vehicle owners purchase RFID tags, and vehicle information is stored in the database. When a tagged vehicle enters a parking lot, the RFID reader scans the tag and checks the vehicle information and parking history in the database. If authorized, the barrier lifts and check-in information is recorded. When the vehicle exits, the tag is scanned again and check-out information is recorded. This allows the system to monitor vehicle movements between lots and charge fines if proper check-out procedures are not followed. The system aims to automate parking lot management and provide benefits like reduced
Smart Mobile Roadside Park Charging SystemsIJMREMJournal
Currently, roadside parking charging is mainly operated manually. However, this makes it difficult to achieve
effective management. Aimed at removing many inconveniences brought by this current approach, this study
discusses how to apply Radio Frequency Identification (RFID) in this issue. The RFID reader can be installed
on a track. Through the track, the RFID reader can detect a whole row of parking spaces along the sides of the
road and therefore, can replace the current approach with which people hold machines to scan cars one by one.
Both parkers and managers of the parking system can use an online platform which offers an open individual
inquiry system and impartial and accurate reflection of the real-time status and ensures a fair process of issuing
parking tickets.
This paper deals with the manufacturing of a Prototype of Rotary Car Parking System using Sensors. Lack of space availability has always been a problem in urban areas and major cities and to add to it there are cars parked callously on the streets that further limit the space. In order to handle the issue of parking in busy places various types of vehicle parking systems are used worldwide Rotary Automated Car Parking System and many more. This thesis work is aimed to develop a scale down working model of a car parking system which will reduce the excess use of land space. This total prototype is powered by unipolar stepper motor. This model also uses a RFID Tag and Reader. When the car comes on the ramp the switch will be activated and the pallet comes to carry the vehicle. When the switch will be operated by the operator, sprockets starts to rotate and the new space will be adjusted for new vehicle. Planners, developers, architects are finding out solutions to tackle this problem of parking, so took this opportunity to bring this technology of an automated parking system which will reduce a lot of land space for parking purpose. By testing and analyzing the working model definitely get the view to develop the parking lots at difficult and busy commercial places. Aye Aye Nyein | Ohnmar Win "RFID Based Rotary Car Parking System" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd27852.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/27852/rfid-based-rotary-car-parking-system/aye-aye-nyein
IRJET - Ingenious Car Parking System using IoT in Commercial AreasIRJET Journal
1. The document describes a proposed smart parking system using IoT that would detect available parking spots using sensors and allow users to reserve spots and pay through a mobile app.
2. The system would use IR sensors to detect available spots, RFID sensors to identify vehicles, and calculate payment amounts based on parking duration. Users could see available spots and pay using a mobile app connected to the system.
3. This proposed smart system aimed to reduce congestion from drivers searching for spots by automating detection and payment, making the parking process more efficient compared to traditional manual systems.
This document provides information about electronic toll collection (ETC) systems. It discusses how ETC allows for electronic payment of tolls using RFID tags to identify registered vehicles. It then summarizes the key components of an ETC system, including automatic vehicle identification, classification, transaction processing, and violation enforcement. The document reviews the specific ETC systems used at various toll plazas in India and discusses technologies like infrared sensors, RFID, and pressure sensors used for vehicle detection. Rate tables and operational details are also included for toll plazas on the Delhi-Gurgaon Expressway.
IRJET- Automated Tollgate System Using Online Payment And Image ProcessingIRJET Journal
This document describes an automated tollgate system using image processing and online payment. The system uses a camera at the tollgate to capture an image of the vehicle's license plate. Image processing techniques are used to recognize the license plate number, which is then compared to a database of registered vehicle numbers linked to online payment accounts. If the license plate number matches a registered number, the toll amount is deducted from the associated online payment account. This system aims to make toll collection more convenient by eliminating queues and allowing drivers to pass through the tollgate without stopping to pay cash. It is proposed to reduce congestion and waste of time at toll plazas.
Electronic toll collection (ETC) aims to eliminate delays at toll roads by electronically collecting tolls from registered vehicles without needing to stop. FASTag is India's ETC system, using RFID technology to automatically deduct toll fees from linked accounts as vehicles pass through toll plazas. Automatic vehicle identification tags containing unique IDs are affixed to windshields and read by roadside antennas, with the information sent to central computers to identify accounts for fee deduction. ETC provides benefits like reduced travel times and emissions from less waiting, as well as incentives like toll discounts for users.
Electronic Toll Tax collection system in india Deepak Chouhan
This document discusses electronic toll collection (ETC) systems. It begins by introducing the motivation for ETC to reduce congestion at toll plazas. It then describes the components of an ETC system, including RFID tags, readers, and back-end systems. The core technology discussed is RFID, which allows for automatic vehicle identification and payment processing. The document outlines how ETC systems work, their benefits like reduced time and fuel costs, and applications including automated tolling and parking. It concludes by discussing India's FASTag program and the potential of ETC systems to improve traffic flow.
IRJET- Traffic Congestion at Toll Plaza: A Case Study of Khed-Shivapur, PuneIRJET Journal
This document summarizes a study of traffic congestion at the Khed-Shivapur toll plaza on National Highway 4 in Maharashtra, India. The toll plaza uses both manual toll collection and electronic toll collection, with all lanes being mixed lanes, which is a key reason for congestion. Additional causes of congestion were observed through on-site surveys and traffic data collection. The document reviews literature on electronic toll collection systems and their benefits. It proposes recommendations for toll plaza configurations and setups to improve traffic flow based on the issues observed at the Khed-Shivapur toll plaza.
This document proposes an RFID-based ticketing system for the public transport system in Dhaka, Bangladesh to address issues with the current paper-based system. The proposed system would use RFID tags on buses to track their arrival and departure at stops and RFID-enabled tickets carried by passengers. Passengers would provide their destination in the bus and fares would be automatically deducted from their tickets based on distance traveled. This system aims to standardize fares, reduce confusion and corruption, and provide real-time arrival/departure information to passengers.
1. The document discusses electronic toll collection (ETC) systems, which aim to eliminate delays at toll roads by electronically collecting tolls without requiring vehicles to stop. ETC uses RFID technology to identify tags on vehicles and process toll payments electronically.
2. There are different types of ETC devices that can be installed in vehicles, including two-piece devices that combine the antenna and processing unit, three-piece devices that separate the antenna, and built-in devices integrated into new vehicles. Transaction processing maintains customer accounts and handles toll charges and payments.
3. Factors like non-participation can hinder full-speed electronic collection, but ETC still provides time savings over manual tolls
This document describes an automatic toll gate system using RFID and GSM technology. The system uses RFID tags placed on vehicles to automatically identify vehicles and deduct toll fares from a prepaid account linked to the tag. When a vehicle passes through the toll gate, an RFID reader scans the tag and the transaction details are sent via GSM to the user's mobile phone. This automated system aims to reduce traffic congestion at toll plazas by allowing vehicles to pass through without stopping. It provides a more efficient toll collection process compared to traditional manual toll booths.
Device Verification and SafetyUsing RFID TagIJSRED
This document summarizes a research paper on a device verification and safety system for cars using RFID tags. The system uses an RFID tag and reader to identify unauthorized access to the car. A microcontroller uses an ID and password entered by the person in the car to control the engine starting. A GPS system helps the owner locate a stolen car by tracking its location. The system is built with an ATmega16 controller and uses SMS messaging to transmit intruder data and alerts to the owner. It aims to merge vehicle security, tracking, and remote control capabilities.
This document describes a proposed online toll payment system called TOLLZ-E. It aims to reduce congestion at toll plazas by allowing drivers to pay tolls online through a mobile app before reaching the plaza. The system would use RFID tags on vehicles linked to prepaid accounts. When vehicles pass through the toll, sensors would read the RFID tags and automatically deduct payment from linked accounts. This would eliminate cash transactions and reduce wait times. The document reviews similar existing toll collection systems that use technologies like GPS and QR codes. It proposes a system where users could select routes, view toll amounts, and pay online to generate a message confirming payment to show at tolls. This would allow continuous traffic flow at pl
Project Report- RFID Based Automated Toll Collection System using Arduino @ A...Aman Gupta
For free download Subscribe to https://www.youtube.com/channel/UCTfiZ8qwZ_8_vTjxeCB037w and Follow https://www.instagram.com/fitrit_2405/ then please contact +91-9045839849 over WhatsApp.
ATCS usually known as “Automated Toll Collection System” is a new technology for collecting toll in a faster and more efficient way. It is a great alternative to long waiting at manual toll plazas. In order to overcome the wastage of time and fuel at same time we have come up with a concept of RFID based automated toll collection system using Arduino. RFID stands for Radio Frequency Identification; these cards are unique identities provided to every vehicle by Registration Office at each city. Whenever a vehicle with such Unique ID reaches the toll plaza, the RFID card reader attached on the toll plaza gate reads the card and transfers the unique ID to Arduino ATmega 328. Accordingly, the processor works and deducts a fixed money from the prepaid card. If the card’s ID is valid and has sufficient balance, the processor will command the DC motor to start and open the gate, letting the vehicle to pass. On passing from the gate the screen will show the deducted and current balance of the card. If the card is not valid or low in balance, it will prompt to move the vehicle to manual toll collection lane. Furthermore, a message will be sent to the owner’s registered mobile number with the same details along with the location of the toll booth.
The document is a Google Slides presentation with 2 slides. The first slide asks "Is This You?" and includes a link to view a video. The second slide repeats the question "Is This You?" and also includes a link to view a video. The presentation provides no other context or information about the content of the linked videos.
This document summarizes the products and offerings of Tabled, a company that sells handmade tableware and dining accessories. They aim to help customers turn every meal into a small celebration with their carefully designed collections. All products are handmade in the USA from local artisans. Items are organized by occasion and theme to set the mood for various celebrations. Gift sets are also available to make entertaining and gifting easy. The document provides photos and descriptions of their place settings, serveware, barware, linens and more.
IRJET - Automatic Tollgate Control System using Microcontroller and RFIDIRJET Journal
This document describes an automatic tollgate control system using RFID (radio-frequency identification) technology and a microcontroller. The system uses RFID tags attached to vehicles and RFID readers located at toll plazas to automatically identify vehicles and deduct toll fares from pre-paid accounts. If a tag is valid and has sufficient funds, the toll is deducted and the gate opens. If not valid or funds are insufficient, messages are displayed or sent by GSM to notify the driver to recharge. The system aims to automate toll collection and reduce traffic congestion compared to manual systems. Key components include RFID tags and readers, a microcontroller, LCD display, motor driver, DC motor, proximity sensors and a
IRJET- Automatic Toll Management and Penalty System using Number Plate Recogn...IRJET Journal
This document proposes an automatic toll management and penalty system using number plate recognition. It uses image processing and RFID technology to automatically identify vehicles and deduct tolls. For prepaid users, an RFID tag is read to deduct the toll amount from their account balance. For post-paid users, cameras capture images of license plates which are processed using a neural network to recognize characters and identify the vehicle. The system then checks a database to get owner details and sends an SMS receipt or penalty notice. It aims to reduce congestion at toll plazas by automating the toll collection process.
IRJET- Efficient IoT based Automated Toll Collection SystemIRJET Journal
This document describes a proposed automated toll collection system using Internet of Things (IoT) technology. The system uses RFID tags attached to each vehicle to identify it as it passes through the toll plaza. An RFID reader scans the tag and verifies payment details stored in a database. If payment is verified, the toll amount is automatically deducted from the owner's account. Transaction details are sent via SMS to the owner's phone. The system aims to reduce traffic congestion and waiting times at toll plazas compared to manual systems. It allows for tracking of stolen vehicles and monitoring of vehicle movements.
IRJET - Toll Collection System using RFID (613 Highway) Jubail-Dhahran HighwayIRJET Journal
This document summarizes a project that aims to automate toll collection on Highway 613 in Saudi Arabia using radio-frequency identification (RFID) technology. The authors propose implementing an RFID tag system where each vehicle has a unique RFID tag that is scanned at toll stations. When a vehicle enters the coverage area of an RFID reader at a toll station checkpoint, the reader will detect the vehicle's RFID tag, read the unique code, and send it to a connected computer system to process the toll payment electronically. This proposed system aims to help regular maintenance of the highway and reduce traffic congestion.
This document describes a proposed smart parking system for metropolitan areas that uses RFID technology. The system includes RFID readers, tags, barriers, and a centralized database. Vehicle owners purchase RFID tags, and vehicle information is stored in the database. When a tagged vehicle enters a parking lot, the RFID reader scans the tag and checks the vehicle information and parking history in the database. If authorized, the barrier lifts and check-in information is recorded. When the vehicle exits, the tag is scanned again and check-out information is recorded. This allows the system to monitor vehicle movements between lots and charge fines if proper check-out procedures are not followed. The system aims to automate parking lot management and provide benefits like reduced
Smart Mobile Roadside Park Charging SystemsIJMREMJournal
Currently, roadside parking charging is mainly operated manually. However, this makes it difficult to achieve
effective management. Aimed at removing many inconveniences brought by this current approach, this study
discusses how to apply Radio Frequency Identification (RFID) in this issue. The RFID reader can be installed
on a track. Through the track, the RFID reader can detect a whole row of parking spaces along the sides of the
road and therefore, can replace the current approach with which people hold machines to scan cars one by one.
Both parkers and managers of the parking system can use an online platform which offers an open individual
inquiry system and impartial and accurate reflection of the real-time status and ensures a fair process of issuing
parking tickets.
This paper deals with the manufacturing of a Prototype of Rotary Car Parking System using Sensors. Lack of space availability has always been a problem in urban areas and major cities and to add to it there are cars parked callously on the streets that further limit the space. In order to handle the issue of parking in busy places various types of vehicle parking systems are used worldwide Rotary Automated Car Parking System and many more. This thesis work is aimed to develop a scale down working model of a car parking system which will reduce the excess use of land space. This total prototype is powered by unipolar stepper motor. This model also uses a RFID Tag and Reader. When the car comes on the ramp the switch will be activated and the pallet comes to carry the vehicle. When the switch will be operated by the operator, sprockets starts to rotate and the new space will be adjusted for new vehicle. Planners, developers, architects are finding out solutions to tackle this problem of parking, so took this opportunity to bring this technology of an automated parking system which will reduce a lot of land space for parking purpose. By testing and analyzing the working model definitely get the view to develop the parking lots at difficult and busy commercial places. Aye Aye Nyein | Ohnmar Win "RFID Based Rotary Car Parking System" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd27852.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/27852/rfid-based-rotary-car-parking-system/aye-aye-nyein
IRJET - Ingenious Car Parking System using IoT in Commercial AreasIRJET Journal
1. The document describes a proposed smart parking system using IoT that would detect available parking spots using sensors and allow users to reserve spots and pay through a mobile app.
2. The system would use IR sensors to detect available spots, RFID sensors to identify vehicles, and calculate payment amounts based on parking duration. Users could see available spots and pay using a mobile app connected to the system.
3. This proposed smart system aimed to reduce congestion from drivers searching for spots by automating detection and payment, making the parking process more efficient compared to traditional manual systems.
This document provides information about electronic toll collection (ETC) systems. It discusses how ETC allows for electronic payment of tolls using RFID tags to identify registered vehicles. It then summarizes the key components of an ETC system, including automatic vehicle identification, classification, transaction processing, and violation enforcement. The document reviews the specific ETC systems used at various toll plazas in India and discusses technologies like infrared sensors, RFID, and pressure sensors used for vehicle detection. Rate tables and operational details are also included for toll plazas on the Delhi-Gurgaon Expressway.
IRJET- Automated Tollgate System Using Online Payment And Image ProcessingIRJET Journal
This document describes an automated tollgate system using image processing and online payment. The system uses a camera at the tollgate to capture an image of the vehicle's license plate. Image processing techniques are used to recognize the license plate number, which is then compared to a database of registered vehicle numbers linked to online payment accounts. If the license plate number matches a registered number, the toll amount is deducted from the associated online payment account. This system aims to make toll collection more convenient by eliminating queues and allowing drivers to pass through the tollgate without stopping to pay cash. It is proposed to reduce congestion and waste of time at toll plazas.
Electronic toll collection (ETC) aims to eliminate delays at toll roads by electronically collecting tolls from registered vehicles without needing to stop. FASTag is India's ETC system, using RFID technology to automatically deduct toll fees from linked accounts as vehicles pass through toll plazas. Automatic vehicle identification tags containing unique IDs are affixed to windshields and read by roadside antennas, with the information sent to central computers to identify accounts for fee deduction. ETC provides benefits like reduced travel times and emissions from less waiting, as well as incentives like toll discounts for users.
Electronic Toll Tax collection system in india Deepak Chouhan
This document discusses electronic toll collection (ETC) systems. It begins by introducing the motivation for ETC to reduce congestion at toll plazas. It then describes the components of an ETC system, including RFID tags, readers, and back-end systems. The core technology discussed is RFID, which allows for automatic vehicle identification and payment processing. The document outlines how ETC systems work, their benefits like reduced time and fuel costs, and applications including automated tolling and parking. It concludes by discussing India's FASTag program and the potential of ETC systems to improve traffic flow.
IRJET- Traffic Congestion at Toll Plaza: A Case Study of Khed-Shivapur, PuneIRJET Journal
This document summarizes a study of traffic congestion at the Khed-Shivapur toll plaza on National Highway 4 in Maharashtra, India. The toll plaza uses both manual toll collection and electronic toll collection, with all lanes being mixed lanes, which is a key reason for congestion. Additional causes of congestion were observed through on-site surveys and traffic data collection. The document reviews literature on electronic toll collection systems and their benefits. It proposes recommendations for toll plaza configurations and setups to improve traffic flow based on the issues observed at the Khed-Shivapur toll plaza.
This document proposes an RFID-based ticketing system for the public transport system in Dhaka, Bangladesh to address issues with the current paper-based system. The proposed system would use RFID tags on buses to track their arrival and departure at stops and RFID-enabled tickets carried by passengers. Passengers would provide their destination in the bus and fares would be automatically deducted from their tickets based on distance traveled. This system aims to standardize fares, reduce confusion and corruption, and provide real-time arrival/departure information to passengers.
1. The document discusses electronic toll collection (ETC) systems, which aim to eliminate delays at toll roads by electronically collecting tolls without requiring vehicles to stop. ETC uses RFID technology to identify tags on vehicles and process toll payments electronically.
2. There are different types of ETC devices that can be installed in vehicles, including two-piece devices that combine the antenna and processing unit, three-piece devices that separate the antenna, and built-in devices integrated into new vehicles. Transaction processing maintains customer accounts and handles toll charges and payments.
3. Factors like non-participation can hinder full-speed electronic collection, but ETC still provides time savings over manual tolls
This document describes an automatic toll gate system using RFID and GSM technology. The system uses RFID tags placed on vehicles to automatically identify vehicles and deduct toll fares from a prepaid account linked to the tag. When a vehicle passes through the toll gate, an RFID reader scans the tag and the transaction details are sent via GSM to the user's mobile phone. This automated system aims to reduce traffic congestion at toll plazas by allowing vehicles to pass through without stopping. It provides a more efficient toll collection process compared to traditional manual toll booths.
Device Verification and SafetyUsing RFID TagIJSRED
This document summarizes a research paper on a device verification and safety system for cars using RFID tags. The system uses an RFID tag and reader to identify unauthorized access to the car. A microcontroller uses an ID and password entered by the person in the car to control the engine starting. A GPS system helps the owner locate a stolen car by tracking its location. The system is built with an ATmega16 controller and uses SMS messaging to transmit intruder data and alerts to the owner. It aims to merge vehicle security, tracking, and remote control capabilities.
This document describes a proposed online toll payment system called TOLLZ-E. It aims to reduce congestion at toll plazas by allowing drivers to pay tolls online through a mobile app before reaching the plaza. The system would use RFID tags on vehicles linked to prepaid accounts. When vehicles pass through the toll, sensors would read the RFID tags and automatically deduct payment from linked accounts. This would eliminate cash transactions and reduce wait times. The document reviews similar existing toll collection systems that use technologies like GPS and QR codes. It proposes a system where users could select routes, view toll amounts, and pay online to generate a message confirming payment to show at tolls. This would allow continuous traffic flow at pl
Project Report- RFID Based Automated Toll Collection System using Arduino @ A...Aman Gupta
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ATCS usually known as “Automated Toll Collection System” is a new technology for collecting toll in a faster and more efficient way. It is a great alternative to long waiting at manual toll plazas. In order to overcome the wastage of time and fuel at same time we have come up with a concept of RFID based automated toll collection system using Arduino. RFID stands for Radio Frequency Identification; these cards are unique identities provided to every vehicle by Registration Office at each city. Whenever a vehicle with such Unique ID reaches the toll plaza, the RFID card reader attached on the toll plaza gate reads the card and transfers the unique ID to Arduino ATmega 328. Accordingly, the processor works and deducts a fixed money from the prepaid card. If the card’s ID is valid and has sufficient balance, the processor will command the DC motor to start and open the gate, letting the vehicle to pass. On passing from the gate the screen will show the deducted and current balance of the card. If the card is not valid or low in balance, it will prompt to move the vehicle to manual toll collection lane. Furthermore, a message will be sent to the owner’s registered mobile number with the same details along with the location of the toll booth.
The document is a Google Slides presentation with 2 slides. The first slide asks "Is This You?" and includes a link to view a video. The second slide repeats the question "Is This You?" and also includes a link to view a video. The presentation provides no other context or information about the content of the linked videos.
This document summarizes the products and offerings of Tabled, a company that sells handmade tableware and dining accessories. They aim to help customers turn every meal into a small celebration with their carefully designed collections. All products are handmade in the USA from local artisans. Items are organized by occasion and theme to set the mood for various celebrations. Gift sets are also available to make entertaining and gifting easy. The document provides photos and descriptions of their place settings, serveware, barware, linens and more.
Este plano de ensino descreve uma disciplina de Geometria Analítica Aplicada à Arquitetura ministrada no 2o semestre do curso de Arquitetura. A disciplina tem como objetivo fornecer conhecimentos geométricos e algébricos que ajudem os alunos em sua atuação profissional, abordando temas como coordenadas cartesianas, retas, circunferências, superfícies cônicas e quádricas.
1. The study measured red blood cell velocity in 104 conjunctival microvessels ranging from 4-24 micrometers in diameter in 17 healthy human volunteers.
2. Volume blood flow was calculated taking into account how velocity profiles change with vessel diameter. Flow ranged from 5-462 picoliters/second, following a second power law relationship with diameter rather than a third power law.
3. Wall shear stress was estimated to range from 0.28-9.55 N/m^2, declining hyperbolically with diameter. The mean wall shear stress for all microvessels was 1.54 N/m^2.
Procter & Gamble is a global consumer goods company known for innovation and marketing. Its purpose is to improve lives through products like Tide, Pampers, Crest, and Always. P&G uses extensive market research and focuses on consumer needs. It pioneered direct-to-consumer advertising and promotion through sponsorships, celebrity endorsements, and digital campaigns. Iconic brands like Ivory, Tide, and Pampers have had long-running marketing campaigns conveying messages of purity, whitening power, and guaranteed dryness. P&G continues to innovate through connect-and-develop partnerships and R&D investment.
The document is a Google Slides presentation with 2 slides. The first slide asks "Is This You?" and includes a link to view a video. The second slide repeats the question "Is This You?" and also includes a link to view a video. The presentation provides no other context or information about the content of the linked videos.
1) The document is a prayer request letter from Rajiv and the Well Fortified Intercessors Army (WFIA) dated January 1, 2012.
2) It provides a Bible verse for the day, a message about trusting God's perspective even in difficult circumstances, and a list of over 50 prayer requests for people suffering from illnesses, addictions, and other afflictions.
3) It asks readers to pray for specific people and regions in India, and provides a "prayer matrix" with names and places to pray for daily that week.
O documento discute a lei de Faraday e conceitos de eletromagnetismo, incluindo: 1) Uma bobina em um campo magnético pode gerar corrente elétrica quando movida; 2) A força eletromotriz induzida depende da variação do fluxo magnético através de uma espira; 3) Exemplos ilustram como geradores elétricos produzem corrente alternada por meio do movimento em um campo magnético.
The document provides an overview of Nigeria's banking industry, including its history, major players, products/services offered, and growth drivers. It analyzes the industry's strengths, weaknesses, opportunities, and threats. Some key points are:
- The industry has experienced consolidation and now includes commercial banks, merchant banks, microfinance banks, and more. Major players include FirstBank, Zenith, UBA, and GTBank.
- Products and services include deposits, loans, trade finance, portfolio management, and more. Competition is high among rivals while buyers have significant bargaining power.
- Growth is driven by factors like expanding lending scope and customer trust, but high costs and economic instability pose threats.
Understanding Cyber Kill Chain and OODA loopDavid Sweigert
The document discusses using an attacker's tactics and techniques to design effective cybersecurity defenses. It provides examples of mapping security controls and tools to different stages of common attack models like the Lockheed Martin Kill Chain. This allows an organization to see where in the attack cycle they have visibility and can disrupt threats. The document advocates taking a strategic, intelligence-driven approach to cyber defense by understanding adversaries' full operations in order to implement controls earlier in the attack cycle.
Automated Toll Collection System with Vehicle Categorization and Enhanced Sec...IRJET Journal
This document describes a proposed automated toll collection system with vehicle categorization and enhanced security. The system uses RFID, an 8051 microcontroller, and an ESP8266 Wi-Fi module to automatically identify vehicles and debit toll fees from linked bank accounts, reducing congestion at toll plazas. It analyzes previous related research and proposes improvements like lane categorization to further reduce processing time. The methodology section outlines the technical components used, including RFID tags and readers to identify vehicles and a process flow for verifying payment and opening toll barriers.
Automatic Toll Collection and Anti-theft Alert System Using RFID and Microcon...IRJET Journal
This document describes an automatic toll collection and anti-theft alert system using RFID and a microcontroller. The system aims to reduce congestion and time spent at toll plazas by automating toll payments using RFID tags attached to vehicles. When a vehicle approaches the toll plaza, its RFID tag is read and the toll amount is deducted from the owner's prepaid account linked to the tag. The system can also detect stolen vehicles by matching the tag to a database of stolen vehicles and set off an alarm. The system is intended to streamline traffic flow at toll plazas and assist law enforcement. It uses components like an ARM7 microcontroller, RFID reader, GSM module, display,
This document describes an RFID-based vehicle parking system. The system uses RFID tags placed on vehicles and an RFID reader located in the parking area. A microcontroller senses when vehicles enter and exit using sensors. It controls entry and exit barriers using an H-bridge circuit and DC motors. The number of available parking spaces and account balances stored on RFID tags are displayed on an LCD screen. When a vehicle enters, the tag is read by the reader and money is deducted from the tag balance. The system aims to efficiently manage vehicle parking and reduce traffic issues using RFID technology.
The RFID system is a proven asset tracking technology. The highlight of an RFID system is that it allows for contactless tracking
within a few meters, making it ideal for tracking and transacting with moveable assets or vehicles. RFIDs are used for toll
collection, parking fees collection, and track containers across the globe by leveraging contactless technology. Developed and
developing countries are embracing this technology in order to decrease traffic bottlenecks and achieve seamless vehicle
movement. Recently, the government of India has mandated the use of RFID tags (FASTags) on all vehicles to automate toll
collection, every vehicle in the country will have a FASTag.
There are 566 toll plazas on the national highways of India, excluding state highways. These toll plazas act as a bottleneck in
traffic during peak times, the long queue of vehicles is a problem for both public and toll collectors. These queues cost people
precious time, fuel, money, and health (long traffic causes pollution). Truck delays in toll plazas cost the Indian economy 60,000
crores each year, according to the joint research undertaken by the Transport Corporation of India and IIM Kolkata. To fight
these problems, in 2014 Ministry of transportation began implementing Electronic Toll Collection (ETC) system in India.
ETC is an electronic payment system that allows drivers to pay the toll without stopping vehicles at the toll booth. The
technology will eventually decongest toll plazas while also improving the government's transparency in toll collection. The
Hon'ble Minister of Transport, Nitin Gadkari, stated in 2014 at IIM Kolkata that deploying the ETC system across the country may
save the government 86000 crore.
Electronic Toll Collection (ETC) is a method that collects toll payments electronically. This technology is used all over the globe to
reduce traffic congestion at toll booths. There are several types of ETC systems that automatically verify a vehicle and digitally
collect toll payments. Concerning the heavy traffic on Indian roads and the need for contactless payment, the RFID technologybased
ETC system is used under the brand name FASTag.
In India, the National Electronic Toll Collection (NETC) scheme was launched in collaboration with the National Payment
Corporation of India (NPCI) by the Ministry of Road Transport and Highways. India Highway Management LTD (IHML) manages
the ETC system in India.
Auto Fine Generation System for TrafficViolation DetectionIRJET Journal
This document proposes an automatic fine generation system using RFID technology to detect traffic violations at intersections. It aims to help manage increasing traffic and violations. The system would use RFID readers and tags to identify vehicles committing violations like running red lights or stopping in pedestrian crossings. When a violation occurs, the system would generate a fine and send an SMS notification to the vehicle owner's mobile number. It analyzes existing traffic violation detection systems and argues this RFID-based approach could help avoid issues like ambiguity between models and increase efficiency by focusing on specific violations. The document outlines the system methodology, which involves activating RFID sensors based on traffic signals to monitor vehicles and detect if they violate red lights.
IRJET- RFID Based College Bus Management SystemIRJET Journal
This document describes a proposed RFID-based college bus management system. The system uses RFID, GSM, GPS, and a microcontroller to track who boards each bus, the time they board, and location. It consists of an in-bus module with an RFID reader and a base station module. When a person boards, their RFID card is scanned. If valid, their ID, boarding time and location are sent via GSM to the base station module and stored in a database. This allows monitoring boarding activity for each bus in real-time.
Automatic toll collection system (presentation)Rohan Kale
ATCS is an Automated Toll Collection System used for collecting tax automatically. A vehicle will hold an RFID tag. This tag is nothing but unique identification number assigned. This will be assigned by RTO or traffic governing authority. In accordance with this number we will store, all basic information as well as the amount he has paid in advance for the TOLL collection. Reader will be strategically placed at toll collection center. Whenever the vehicle passes the toll Plaza, the tax amount will be deducted from his prepaid balance. New balance will be updated. Incase if one has insufficient balance, his updated balance will be negative one. To tackle this problem, we are alarming a sound, which will alert the authority that this vehicle doesn’t have sufficient balance and that particular vehicle can be trapped. As vehicles don’t have to stop in a queue, it assures time saving, fuel conservation and also contributing in saving of money.
IRJET- Automatic Toll Collection System using ALPR and Biometrics SystemIRJET Journal
This document describes a proposed automatic toll collection system using automatic license plate recognition (ALPR) and biometrics. The system aims to improve on currently manual toll collection processes, which can be slow and cause traffic jams. The proposed system would use ALPR to capture vehicle license plate images and extract plate information. Biometrics would also be used. Toll amounts would then be automatically deducted from the vehicle owner's linked bank account. The system aims to save time and reduce congestion at toll plazas by providing contactless, automatic toll payment. It describes the technical components and processes involved, including image acquisition, preprocessing, license plate localization, character segmentation, and character recognition.
IRJET - Vehicle Signal Breaking Alert SystemIRJET Journal
This document summarizes a research paper on a vehicle signal breaking alert system. The proposed system uses RFID tags situated on vehicles and sensors to automatically detect when a vehicle breaks a traffic signal. When a signal is broken, the system captures the vehicle's number plate using its RFID tag. It then compares the vehicle ID and number plate to records in a database to obtain owner details. If the ID and number plate match database records, a message is displayed saying "authorized person", otherwise "unauthorized person". For unauthorized vehicles that break signals, the system has the ability to send fine details directly to the registered owner's address on file with the RTO (Regional Transport Office). The goal is to help reduce traffic violations and accidents by
The number of automobiles on the road will only increase due to the ever increasing population development in urban areas across the world and manufacturers ongoing manufacturing of all types of vehicles. This inevitably causes additional traffic congestion, which is exacerbated during rush hour and especially in big urban areas. Urban planners, local officials, and academics are continuously under pressure from this phenomenon to find methods to make traffic management systems safer and more cost effective. Numerous researches have been carried out to solve this ongoing issue, leading to some major advancements like specific lanes for emergency vehicles in metropolitan areas. Even with these lanes, it is sometimes challenging to meet the appropriate goal timeframes for emergency vehicles to arrive at their locations. Intelligent Transportation System is a fresh approach that aims to solve this problem ITS . By fusing present infrastructure with existing technologies, this approach can aid in problem solving. In this paper, three alternative traffic management techniques RFID, Internet of Things, and Traffic Light Systems TLS , which can be static or dynamic IoT . In the latter approach, traffic data are swiftly gathered and delivered to Big Data for analysis, while mobile applications, also known as User Interface UI , are used to evaluate traffic density in various places and offer alternate traffic relief suggestions. Bharti Kumari | Vinod Mahor "Review: Smart Traffic Management System" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-5 , August 2022, URL: https://www.ijtsrd.com/papers/ijtsrd50595.pdf Paper URL: https://www.ijtsrd.com/computer-science/other/50595/review-smart-traffic-management-system/bharti-kumari
IRJET- Smart Toll and Penalty Collection SystemIRJET Journal
This document proposes a smart toll and penalty collection system using QR codes. Currently, toll collection faces problems like long queues and traffic jams. The proposed system generates a unique QR code for each registered vehicle containing owner and vehicle details. Toll collectors can then quickly scan the QR code to automatically identify the vehicle and deduct toll fees. The system can also identify if a vehicle is stolen by checking a stolen vehicle database. The system further proposes that traffic police can scan QR codes using their mobile phones to easily collect penalties without additional hardware. This integrated system aims to make toll collection and penalty collection more efficient and reduce delays.
The document describes a proposed Arduino-based RFID parking allocation system. The system uses RFID tags embedded in customer cards to identify vehicles and assign parking slots. When a customer arrives, their card is scanned to obtain an identification number, which is added to a queue. Numbers in the queue are then inserted into a binary search tree, with each node containing an assigned parking token. When a vehicle leaves, the corresponding token is removed from the tree. The system aims to automate parking allocation and reduce traffic by pre-assigning slots, using efficient data structures for real-time operation and minimum time complexity. It was found that using a binary search tree for allocation provided faster processing than a queue.
This document describes a proposed smart parking system using RFID technology. The system would allow users to book parking spaces through a web application, selecting from available parking areas. Each vehicle would be equipped with an RFID tag containing owner details. At the parking area, an RFID reader would scan the tag and open the barricade if details match what was booked. The goal is to reduce traffic and parking issues through automated slot booking and authentication with RFID to streamline the parking process.
Main dccDesign of Embedded Device for Public Transportation Management Systemsharmadm
The document proposes and implements a solution for enhancing public transportation management using RFID and GSM technologies. The system consists of three modules: In-BUS module installed on buses with RFID and GSM to track location and send to the BASE station. The BASE station processes the data and sends bus locations to BUS stop modules installed at stops with displays. This allows passengers to see estimated arrival times and operators to track buses in real-time. RFID is used for automatic identification to track bus movements without direct line of sight.
This document describes a smart car parking system that uses Internet of Things (IoT) technology. Infrared sensors are used to detect when a parking space is occupied or empty. This information is sent over WiFi and displayed on an Android mobile app. The app allows users to check available spaces and book one in advance. When the user parks in the slot, an LED above it will light up green if empty or red if occupied. All parking space status information is stored on a central computer. The system aims to make parking more efficient by reducing drivers' search times and traffic congestion.
This document describes a proposed smart traffic management system that uses RFID technology to automatically generate e-challans for vehicles that jump red lights. The system involves fitting vehicles with RFID tags and placing RFID readers at traffic signals linked to a NodeMCU. When a vehicle crosses the signal during a red light, the reader will detect the RFID tag and send the vehicle information to the NodeMCU to automatically generate an e-challan for the offender without human intervention. The proposed system aims to reduce traffic violations and accidents by automating the challan process compared to existing methods that rely on traffic police or CCTV cameras.
International Journal of Computing & Business Research ISSN (O.docxnormanibarber20063
International Journal of Computing & Business Research ISSN (Online): 2229-6166
Proceedings of ‘I-Society 2012’ at GKU, Talwandi Sabo Bathinda (Punjab)
Intelligent Traffic Lights Based on RFID
*Harpal Singh, **Krishan Kumar, ***Harbans Kaur
*Guru Kashi University/ Computer Application Dept, Talwandi Sabo, India
Email: [email protected]
**Guru Kashi University/ Computer Application Dept, Talwandi Sabo, India
Email: [email protected]
***Miri Piri Khalsa College/ Computer Application Dept, Bhadour, India
Email: [email protected]
Abstract
Traffic management is the critical issue of the road. Traffic lights play an important role in the traffic
management. The existing traffic lights follow the predetermined sequence. So these lights are called static
traffic lights. These traffic lights are not capable to count the number of vehicles and the priority of the vehicles
on intersection point. As a result some vehicles have to wait even there is no traffic on the other side. The
vehicles like Ambulance and Fire Brigade are also stuck in traffic and waste their valuable time. The proposed
system provides quality of service to Emergency vehicles and improves the accuracy of Automatic Traffic Light
Violation Detection system as well as helps to trace out the stolen vehicles using RFID.
Index Terms- Intelligent Traffic light controller, round robin, RFID
I. Introduction
With the growth of the urbanization, industrialization and population, there has been a
tremendous growth in the traffic.
With growth in traffic, there is occurrence of bundle of problems too; these problems include
traffic jams, accidents and traffic rule violation at the heavy traffic signals. This in turn has an
adverse effect on the economy of the country as well as the loss of lives. The expected
increase of cars and SUVs from 2005 to 2035 is 13 times (35.8 million to 236.4 million
vehicles), while two wheelers are expected to increase about 6.6 times (35.8 million to 236.4
million vehicles) [1]. So problem given above will become worst in the future.
Traffic lights play an important role in traffic management. Traffic lights are the
signaling devices that are placed on the intersection points and used to control the flow of
traffic on the road. In 1868, the traffic lights only installed in London and today these have
installed in most cities around the world [2]. Most of the traffic lights around the world
follow a predetermined timing circuit. Sometime the vehicles on the red light side have to
wait for green signal even though there is little or no traffic. It results in the loss of valuable
time.
International Journal of Computing & Business Research ISSN (Online): 2229-6166
Proceedings of ‘I-Society 2012’ at GKU, Talwandi Sabo Bathinda (Punjab)
Traffic control at intersections is a matter of concern in large cities. Several attempts have
been made to make traffic light’s sequence dynamic so that these traffic lights operate
according to the current vo.
Right now economy, the number of vehicle user’s increments exponentially requesting all the more parking spots. Inescapable nearness of advanced cell urges users to lean toward mobile application based arrangements. The development of IoT has cleared the path for the incorporation of cell phones, remote correspondence advancements, and portable applications. internet of Things IoT assumes an indispensable job in interfacing the encompassing ecological things to the system and made simple to get to those un internet things from any remote area. Its unavoidable for the individuals to refresh with the developing technology. Also, for the most part, individuals are confronting issues on leaving vehicles in leaving spaces in a city. Lately, the idea of shrewd urban communities has picked up grind prevalence. On account of the development of the Internet of things savvy city currently is by all accounts attainable. Predictable endeavors are being made in the field of IoT so as to augment the efficiency and unwavering quality of the urban framework. Issues, for example, traffic clog, a restricted vehicle leaving offices and street security are being tended to by IoT. Right now, present an IoT based cloud incorporated shrewd stopping framework. The proposed Intelligent Parking framework comprises of an on location sending of an IoT module that is utilized to screen and signalize the condition of accessibility of each single parking spot. A versatile application is likewise given that permits an end client to check the accessibility of parking spots and book a stopping space as needs are. The paper likewise depicts an elevated level perspective on framework engineering. Towards the end, the paper talks about the working of the framework in the type of a utilization case that demonstrates the rightness of the proposed model. Abhinav Anand Singh "Intelligent Parking System" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-3 , April 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30452.pdf Paper Url :https://www.ijtsrd.com/computer-science/other/30452/intelligent-parking-system/abhinav-anand-singh
This is an RFID based automatic license and RC book verifciation system designed for the protection and authorization of vehicles. It is widely employed for the theft protection of the vehicles.
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