This document summarizes a research paper on automating public ration distribution using RFID technology. The current manual system is prone to corruption and inaccuracies. The proposed automated system uses RFID tags on smart cards, an RFID reader, weighing scale, microcontroller and computer. When a customer's card is scanned, they enter the required amount which is automatically weighed and dispensed. The transaction details are logged to prevent fraud. This system addresses issues like customers being shortchanged, inaccurate records, and reduces human errors and intervention in distribution. It provides a more efficient and transparent automated public rationing system.
Design Approach for Automatic Rationing Distribution SystemIRJET Journal
This document describes a proposed system to automate ration distribution in India using RFID and GSM technologies. Currently, ration distribution is done manually through ration shops, which can lead to inaccuracies in weights distributed and illegal entries. The proposed system would replace manual ration cards with RFID cards. When a customer scans their RFID card at the shop, their details would be verified and items available to them would be displayed. They could then select items, and the microcontroller would record the transaction and send it via GSM to a government database for monitoring. This paperless and automated system aims to increase transparency and prevent corruption in ration distribution.
IRJET- Cashless Automatic Rationing System by using GSM and RFID TechnologyIRJET Journal
This document describes a proposed automatic ration distribution system using RFID and GSM technologies. The system aims to address inaccuracies and unauthorized sales associated with traditional ration card systems. It would use RFID tags instead of ration cards, and an automated mechanism controlled by a microcontroller to dispense and track ration quantities. The microcontroller would verify customers, calculate amounts, operate dispensing devices, and send purchase notifications via GSM. This cashless, contactless system intends to accurately and securely distribute ration materials without human intervention.
IRJET- On Board Diagnostics (OBD)3 for Vehicular ManagementIRJET Journal
This document proposes an online vehicle emissions monitoring system using onboard diagnostics (OBD) to help reduce air pollution in cities. The system would use sensors to monitor emissions and vehicle parameters, an onboard computer to analyze the data and identify issues, and RFID tags and wireless communication to transmit the data to authorities. This would allow real-time monitoring of individual vehicles to enforce emissions regulations and policies more effectively than current periodic testing methods. The system is intended to help address the major problem of air pollution caused by the increasing number of vehicles in cities.
IRJET- A Survey on Advanced Ration Distribution SystemIRJET Journal
This document describes a proposed advanced ration distribution system that aims to automate and digitize the government ration distribution process in India. The proposed system would use hardware components like an ARM7 controller, fingerprint scanner, liquid crystal display, motor driver, keypad and sensors to accurately measure and record ration quantities. It would also integrate a database on a web page to allow consumers and government authorities to access stock and transaction information online. The system is envisioned to replace manual processes, reduce corruption and irregularities, and provide a more convenient and transparent ration distribution experience for consumers.
Aadhar based fully Automated EVM with High End Security Network using ARM7 an...IRJET Journal
1. The document proposes an automated EVM system using Aadhar card identification, fingerprint authentication, and additional security features.
2. The system uses an Arduino board with an alcohol sensor and metal detector to prevent intoxicated or armed voters from casting ballots.
3. An ARM7 microcontroller then authenticates voters by matching their fingerprints to Aadhar card data stored in memory and allows voting via a keypad. The system aims to make the voting process more efficient, reliable and error-free.
This document describes a proposed smart voting system that uses fingerprint recognition technology. The system aims to allow voters in India to cast their votes from any voting booth in the country using their fingerprint for verification. It would maintain a high level of biometric security by storing voter details in a server database. When a voter places their fingerprint on the scanner, their details would be sent to a web application to verify their identity and eligibility before allowing them to cast their vote. The election commission could then access vote counts and results through the web application. The system is designed to improve access to voting and streamline the voting process using modern biometric technologies.
IRJET - Smartcard based Grocerydispensing SytemIRJET Journal
This document presents a smartcard-based grocery dispensing system that aims to automate ration distribution and reduce corruption. The proposed system replaces conventional ration cards with smart cards containing customer information. An RFID reader authenticates customers by validating their smart card and PIN. The microcontroller-based system allows customers to select ration materials and quantities for dispensing via a motor and pipe. Transaction details are sent via GSM module to update government databases. The smartcard payment system prevents excess purchasing and recharging is possible like SIM cards. It is concluded that the automated system can distribute rations transparently without human intervention to reduce corruption issues found in conventional distribution methods.
Iaetsd automated bus monitoring and ticketing systemIaetsd Iaetsd
This document proposes an automated bus monitoring and ticketing system using RFID and RF transceivers. The bus monitoring system would track government buses using transceivers on buses and at bus stops to display arrival and departure information on displays and via a mobile app. The ticketing system uses RFID smart cards that commuters tap at integrated machines on buses to automatically pay fares. Sensors on buses would count passengers and check that all have paid. The system aims to reduce traffic, congestion, and issues with manual ticketing by providing real-time bus information and a cashless ticketing process. A prototype was developed confirming the feasibility of the proposed systems.
Design Approach for Automatic Rationing Distribution SystemIRJET Journal
This document describes a proposed system to automate ration distribution in India using RFID and GSM technologies. Currently, ration distribution is done manually through ration shops, which can lead to inaccuracies in weights distributed and illegal entries. The proposed system would replace manual ration cards with RFID cards. When a customer scans their RFID card at the shop, their details would be verified and items available to them would be displayed. They could then select items, and the microcontroller would record the transaction and send it via GSM to a government database for monitoring. This paperless and automated system aims to increase transparency and prevent corruption in ration distribution.
IRJET- Cashless Automatic Rationing System by using GSM and RFID TechnologyIRJET Journal
This document describes a proposed automatic ration distribution system using RFID and GSM technologies. The system aims to address inaccuracies and unauthorized sales associated with traditional ration card systems. It would use RFID tags instead of ration cards, and an automated mechanism controlled by a microcontroller to dispense and track ration quantities. The microcontroller would verify customers, calculate amounts, operate dispensing devices, and send purchase notifications via GSM. This cashless, contactless system intends to accurately and securely distribute ration materials without human intervention.
IRJET- On Board Diagnostics (OBD)3 for Vehicular ManagementIRJET Journal
This document proposes an online vehicle emissions monitoring system using onboard diagnostics (OBD) to help reduce air pollution in cities. The system would use sensors to monitor emissions and vehicle parameters, an onboard computer to analyze the data and identify issues, and RFID tags and wireless communication to transmit the data to authorities. This would allow real-time monitoring of individual vehicles to enforce emissions regulations and policies more effectively than current periodic testing methods. The system is intended to help address the major problem of air pollution caused by the increasing number of vehicles in cities.
IRJET- A Survey on Advanced Ration Distribution SystemIRJET Journal
This document describes a proposed advanced ration distribution system that aims to automate and digitize the government ration distribution process in India. The proposed system would use hardware components like an ARM7 controller, fingerprint scanner, liquid crystal display, motor driver, keypad and sensors to accurately measure and record ration quantities. It would also integrate a database on a web page to allow consumers and government authorities to access stock and transaction information online. The system is envisioned to replace manual processes, reduce corruption and irregularities, and provide a more convenient and transparent ration distribution experience for consumers.
Aadhar based fully Automated EVM with High End Security Network using ARM7 an...IRJET Journal
1. The document proposes an automated EVM system using Aadhar card identification, fingerprint authentication, and additional security features.
2. The system uses an Arduino board with an alcohol sensor and metal detector to prevent intoxicated or armed voters from casting ballots.
3. An ARM7 microcontroller then authenticates voters by matching their fingerprints to Aadhar card data stored in memory and allows voting via a keypad. The system aims to make the voting process more efficient, reliable and error-free.
This document describes a proposed smart voting system that uses fingerprint recognition technology. The system aims to allow voters in India to cast their votes from any voting booth in the country using their fingerprint for verification. It would maintain a high level of biometric security by storing voter details in a server database. When a voter places their fingerprint on the scanner, their details would be sent to a web application to verify their identity and eligibility before allowing them to cast their vote. The election commission could then access vote counts and results through the web application. The system is designed to improve access to voting and streamline the voting process using modern biometric technologies.
IRJET - Smartcard based Grocerydispensing SytemIRJET Journal
This document presents a smartcard-based grocery dispensing system that aims to automate ration distribution and reduce corruption. The proposed system replaces conventional ration cards with smart cards containing customer information. An RFID reader authenticates customers by validating their smart card and PIN. The microcontroller-based system allows customers to select ration materials and quantities for dispensing via a motor and pipe. Transaction details are sent via GSM module to update government databases. The smartcard payment system prevents excess purchasing and recharging is possible like SIM cards. It is concluded that the automated system can distribute rations transparently without human intervention to reduce corruption issues found in conventional distribution methods.
Iaetsd automated bus monitoring and ticketing systemIaetsd Iaetsd
This document proposes an automated bus monitoring and ticketing system using RFID and RF transceivers. The bus monitoring system would track government buses using transceivers on buses and at bus stops to display arrival and departure information on displays and via a mobile app. The ticketing system uses RFID smart cards that commuters tap at integrated machines on buses to automatically pay fares. Sensors on buses would count passengers and check that all have paid. The system aims to reduce traffic, congestion, and issues with manual ticketing by providing real-time bus information and a cashless ticketing process. A prototype was developed confirming the feasibility of the proposed systems.
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 is a project report submitted by Govind Kumar Gourav for a Bachelor of Technology degree. It describes the development of a mobile attendance management system using an AT89S52 microcontroller. The system utilizes radio frequency identification (RFID) technology to uniquely identify and record attendance for individuals. The report includes sections on introduction and objectives, literature review, system design and implementation, conclusion, and references.
IRJET - RFID based Petrol Pump Automation SystemIRJET Journal
This document describes an RFID-based system for automating petrol dispensing. The key components are an RFID reader, microcontroller, motor driver and dispensing components. The system uses RFID cards to identify customers and allow them to dispense pre-paid amounts of petrol. It aims to reduce manual work, provide contactless payment, and prevent fuel theft. When a valid card is scanned, the customer enters their PIN and fuel amount. The microcontroller then activates the motor driver and dispensing components to deliver the correct amount of petrol. This automated system allows for faster and more secure fueling compared to traditional manual pumps.
This document describes a student smart card system that uses RFID technology. An RFID tag carries student details and is scanned by an RFID reader connected to a microcontroller. If the student is authenticated, their details are displayed on an LCD screen. The system aims to streamline the student registration process and allow registration at a single access point by scanning the RFID tag, rather than requiring students to visit multiple stations. It provides a more efficient alternative to the traditional manual registration process.
IRJET- Smart Cart Using Arduino and RFIDIRJET Journal
This document summarizes a research paper on developing a smart shopping cart using Arduino and RFID technology. The smart cart is intended to improve on existing barcode-based shopping systems. It would allow customers to scan items themselves as they shop and see a running total, eliminating the need to wait in line to check out. The cart would use RFID tags on items rather than barcodes for more efficient scanning. The system is described as having an Arduino microcontroller, RFID reader, buttons and an LCD screen. It would store item information from RFID scans and allow customers to delete or view totals. When complete, a bill could be generated by connecting the cart to a billing system via USB. The researchers believe this smart
IRJET- RFID based Bus Ticket Generation SystemIRJET Journal
The document proposes an RFID-based bus ticket generation system that allows passengers to generate tickets by scanning RFID cards at the bus entrance, automatically deducts fares from linked accounts based on the selected destination, and only opens the bus doors for 30 seconds if a valid ticket is generated, aiming to improve efficiency, security, and convenience of public transportation. It details the hardware components including RFID cards, readers, Arduino, LCD displays, WiFi modules, and servomotors used to control door opening and closing based on ticket validation. The proposed system is evaluated as providing a convenient, reliable, and secure method for automated bus ticket generation and checking.
This document describes a proposed college bus fare payment system using RFID technology. The system would allow students to pay bus fares automatically by swiping an RFID card linked to their account balance. A microcontroller, RFID reader, and other components would track fares and open/close a gate depending on whether a student's account balance is sufficient. The system aims to make fare collection more efficient compared to traditional systems relying on a conductor collecting cash from passengers. It would also allow fare records and balances to be automatically updated and monitored through a database interface.
This document presents an RFID-based student attendance system. The system uses RFID tags on student ID cards and RFID readers to automatically record when students enter classrooms or school premises, providing a more efficient alternative to manual attendance sheets. It discusses the history and applications of RFID technology, describes the features of the proposed system, and outlines some advantages like reduced data loss and time savings compared to conventional methods. Potential improvements and future applications are also mentioned, along with references.
IRJET - Audio Guide for Patient Regarding Doctor’s PrescriptionIRJET Journal
This document proposes an audio guide system for patients using QR codes and doctor-recorded audio to securely transmit sensitive patient information. The system would allow patients to scan QR codes on their prescriptions to access audio recordings of their doctor visits. This could help patients better understand dosages, diets, and lifestyles as recommended by their doctors. The proposed system would use QR code generation and a secure web interface to upload and link audio recordings to patient profiles, allowing patients access to visit information from home. Implementation would involve generating QR codes containing links to audio files and developing a mobile app for patients to scan codes and listen to recordings.
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
The certification process consists of using, evaluating, and testing the product before the WPC certificate and issuing an ETA (Equipment Type Approval) certification. At this time, there is no wish to inspect the manufacturing unit and testing can also be done through an accredited testing facility outside of India. [1] Wi-Fi planning and coordination wing functions The WPC (wireless planning and coordination) wing performs a number of legal functions, including the establishment, protection, and operation of the frequency spectrum.
For more Detail Read these Article.
IRJET- Smart Bin Management System using Internet of ThingsIRJET Journal
This document summarizes a smart bin management system using Internet of Things technologies. The system uses RFID cards to identify individual users when they dispose of food waste. A load cell then measures the amount disposed and stores this in a database along with the user ID. The bin is connected to the Internet to allow remote monitoring of waste levels and downloading of waste data. This provides a more efficient way to track individual food waste compared to traditional manual monitoring methods.
The document proposes an automated system to distribute commodities at ration shops using RFID technology to replace manual work. An RFID reader interfaced with a microcontroller would read RFID tags on items and user cards to allocate quantities. This would prevent corruption by automating the process and allowing users to update personal details or block lost cards. The system aims to improve transparency and access while reducing costs compared to existing methods.
The document is a thesis proposal for an automated classroom door lock and attendance monitoring system using RFID from Notre Dame of Tacurong College. It outlines the background and need for increased security and attendance tracking. The proposed system would use RFID cards to unlock doors and track student attendance digitally. It presents the objectives, significance, scope, definitions, related works, technical background, methodology, and budget for the project. The system would aim to help enforce rules and save energy while upgrading the school's technology.
SAFETY CONSIDERATIONS FOR RFID IN HEALTHCARE MEDICAL DEVICES by FEIG ELECTRONICSKelly Stark
This document discusses safety considerations for embedding RFID in medical devices. It begins with examples of how RFID is used in various medical applications like medical waste tracking, ventilator component identification, and patient tracking. It then covers pertinent facts about RFID technology, primary safety concerns regarding human and medical device exposure to electromagnetic radiation, and FDA actions to study RFID effects. Finally, it discusses applicable testing standards like IEC 60601 and publications by AIM to ensure RFID systems meet compliance requirements.
IRJET- An Android Solution for Car Monitoring and Alerting SystemIRJET Journal
This document describes the development of an Android application for monitoring vehicles and alerting drivers. The application uses an OBD-II Bluetooth scanner to read sensor data from a vehicle's Engine Control Unit. It can alert drivers if they exceed the speed limit and send emergency notifications to contacts if an accident is detected. The application interface displays readings from the scanner to provide information on speed, RPM, temperature and other metrics. The goal is to enable safer driving and faster emergency response times in the event of an accident.
IRJET- Aadhar Card Based Electronic Voting SystemIRJET Journal
This document proposes an electronic voting system that uses Aadhar card details for voter authentication. It describes a system where voter details are extracted from the Aadhar database, and an OTP is sent to the voter's mobile phone. At the polling station, voters authenticate using fingerprint scanning and enter the OTP on a keypad. Votes are stored in an IoT server, allowing results to be published the same day. The system aims to eliminate fake and multiple votes by locking the Aadhar details after voting and storing votes digitally in the cloud.
IRJET- Biometric based Electronic Voting Machine (EVM) using Arduino IDEIRJET Journal
This document describes a biometric-based electronic voting machine that uses fingerprint authentication via an Arduino system. It aims to improve security and provide convenient voting access using fingerprint identification. The system captures voters' fingerprints using a sensor and matches them to a database of registered voters. It then allows voters to cast their encrypted votes, which are transmitted to a PC. This aims to prevent fraud and ensure each voter only votes once. It provides a 3-sentence summary of the document.
We are happy to share with you, our monthly News letter “Tech-Talk” which is designed tobe an emental source for leading information related to developing technologies, ingenious techniques and innovative approaches.
Redtacton is a new technology introduced by Nippon Telegraph and Telephone Corporation that uses the human body as a transmission medium for data. It works by emitting a weak electric field on the surface of the body from a transmitter chip. A receiver chip can then detect changes in the electric field caused by the transmitted data. Redtacton provides high-speed and secure data transmission through direct contact with the body, such as a handshake. It has applications for personal identification, device authentication, and personalizing settings based on touch interactions.
IRJET- Automated Blood Bank with Embedded SystemIRJET Journal
This document describes an automated blood bank system using embedded systems. The system uses an Arduino, temperature and pulse sensors, WiFi module, and Android application. It aims to connect blood donors and receivers more efficiently. The system measures a donor's heart rate and temperature using sensors connected to an Arduino. It transmits this medical data via WiFi to a cloud server. An Android app allows users to register as donors or receivers. Donors can view their medical data, and receivers can search for and request blood. The system aims to reduce the time needed to provide blood by directly linking donors and receivers through their locations obtained from the app. It divides the system into sensor measurement, data transmission, and user-facing segments to
RFID Based Smart Trolley for Supermarket AutomationIRJET Journal
This document describes a proposed RFID-based smart trolley system for supermarket automation. The system would attach RFID tags to all supermarket items and integrate an RFID reader and display into shopping trolleys. As customers add items to their trolley, the RFID reader would detect the items' tags and display the item details and running total on the trolley's display. Customer purchases and billing totals would be wirelessly transmitted to the supermarket's backend systems using Zigbee technology. The proposed system aims to streamline the shopping experience for customers by automating item detection and display of purchase information in real-time as items are added to the trolley.
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 is a project report submitted by Govind Kumar Gourav for a Bachelor of Technology degree. It describes the development of a mobile attendance management system using an AT89S52 microcontroller. The system utilizes radio frequency identification (RFID) technology to uniquely identify and record attendance for individuals. The report includes sections on introduction and objectives, literature review, system design and implementation, conclusion, and references.
IRJET - RFID based Petrol Pump Automation SystemIRJET Journal
This document describes an RFID-based system for automating petrol dispensing. The key components are an RFID reader, microcontroller, motor driver and dispensing components. The system uses RFID cards to identify customers and allow them to dispense pre-paid amounts of petrol. It aims to reduce manual work, provide contactless payment, and prevent fuel theft. When a valid card is scanned, the customer enters their PIN and fuel amount. The microcontroller then activates the motor driver and dispensing components to deliver the correct amount of petrol. This automated system allows for faster and more secure fueling compared to traditional manual pumps.
This document describes a student smart card system that uses RFID technology. An RFID tag carries student details and is scanned by an RFID reader connected to a microcontroller. If the student is authenticated, their details are displayed on an LCD screen. The system aims to streamline the student registration process and allow registration at a single access point by scanning the RFID tag, rather than requiring students to visit multiple stations. It provides a more efficient alternative to the traditional manual registration process.
IRJET- Smart Cart Using Arduino and RFIDIRJET Journal
This document summarizes a research paper on developing a smart shopping cart using Arduino and RFID technology. The smart cart is intended to improve on existing barcode-based shopping systems. It would allow customers to scan items themselves as they shop and see a running total, eliminating the need to wait in line to check out. The cart would use RFID tags on items rather than barcodes for more efficient scanning. The system is described as having an Arduino microcontroller, RFID reader, buttons and an LCD screen. It would store item information from RFID scans and allow customers to delete or view totals. When complete, a bill could be generated by connecting the cart to a billing system via USB. The researchers believe this smart
IRJET- RFID based Bus Ticket Generation SystemIRJET Journal
The document proposes an RFID-based bus ticket generation system that allows passengers to generate tickets by scanning RFID cards at the bus entrance, automatically deducts fares from linked accounts based on the selected destination, and only opens the bus doors for 30 seconds if a valid ticket is generated, aiming to improve efficiency, security, and convenience of public transportation. It details the hardware components including RFID cards, readers, Arduino, LCD displays, WiFi modules, and servomotors used to control door opening and closing based on ticket validation. The proposed system is evaluated as providing a convenient, reliable, and secure method for automated bus ticket generation and checking.
This document describes a proposed college bus fare payment system using RFID technology. The system would allow students to pay bus fares automatically by swiping an RFID card linked to their account balance. A microcontroller, RFID reader, and other components would track fares and open/close a gate depending on whether a student's account balance is sufficient. The system aims to make fare collection more efficient compared to traditional systems relying on a conductor collecting cash from passengers. It would also allow fare records and balances to be automatically updated and monitored through a database interface.
This document presents an RFID-based student attendance system. The system uses RFID tags on student ID cards and RFID readers to automatically record when students enter classrooms or school premises, providing a more efficient alternative to manual attendance sheets. It discusses the history and applications of RFID technology, describes the features of the proposed system, and outlines some advantages like reduced data loss and time savings compared to conventional methods. Potential improvements and future applications are also mentioned, along with references.
IRJET - Audio Guide for Patient Regarding Doctor’s PrescriptionIRJET Journal
This document proposes an audio guide system for patients using QR codes and doctor-recorded audio to securely transmit sensitive patient information. The system would allow patients to scan QR codes on their prescriptions to access audio recordings of their doctor visits. This could help patients better understand dosages, diets, and lifestyles as recommended by their doctors. The proposed system would use QR code generation and a secure web interface to upload and link audio recordings to patient profiles, allowing patients access to visit information from home. Implementation would involve generating QR codes containing links to audio files and developing a mobile app for patients to scan codes and listen to recordings.
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
The certification process consists of using, evaluating, and testing the product before the WPC certificate and issuing an ETA (Equipment Type Approval) certification. At this time, there is no wish to inspect the manufacturing unit and testing can also be done through an accredited testing facility outside of India. [1] Wi-Fi planning and coordination wing functions The WPC (wireless planning and coordination) wing performs a number of legal functions, including the establishment, protection, and operation of the frequency spectrum.
For more Detail Read these Article.
IRJET- Smart Bin Management System using Internet of ThingsIRJET Journal
This document summarizes a smart bin management system using Internet of Things technologies. The system uses RFID cards to identify individual users when they dispose of food waste. A load cell then measures the amount disposed and stores this in a database along with the user ID. The bin is connected to the Internet to allow remote monitoring of waste levels and downloading of waste data. This provides a more efficient way to track individual food waste compared to traditional manual monitoring methods.
The document proposes an automated system to distribute commodities at ration shops using RFID technology to replace manual work. An RFID reader interfaced with a microcontroller would read RFID tags on items and user cards to allocate quantities. This would prevent corruption by automating the process and allowing users to update personal details or block lost cards. The system aims to improve transparency and access while reducing costs compared to existing methods.
The document is a thesis proposal for an automated classroom door lock and attendance monitoring system using RFID from Notre Dame of Tacurong College. It outlines the background and need for increased security and attendance tracking. The proposed system would use RFID cards to unlock doors and track student attendance digitally. It presents the objectives, significance, scope, definitions, related works, technical background, methodology, and budget for the project. The system would aim to help enforce rules and save energy while upgrading the school's technology.
SAFETY CONSIDERATIONS FOR RFID IN HEALTHCARE MEDICAL DEVICES by FEIG ELECTRONICSKelly Stark
This document discusses safety considerations for embedding RFID in medical devices. It begins with examples of how RFID is used in various medical applications like medical waste tracking, ventilator component identification, and patient tracking. It then covers pertinent facts about RFID technology, primary safety concerns regarding human and medical device exposure to electromagnetic radiation, and FDA actions to study RFID effects. Finally, it discusses applicable testing standards like IEC 60601 and publications by AIM to ensure RFID systems meet compliance requirements.
IRJET- An Android Solution for Car Monitoring and Alerting SystemIRJET Journal
This document describes the development of an Android application for monitoring vehicles and alerting drivers. The application uses an OBD-II Bluetooth scanner to read sensor data from a vehicle's Engine Control Unit. It can alert drivers if they exceed the speed limit and send emergency notifications to contacts if an accident is detected. The application interface displays readings from the scanner to provide information on speed, RPM, temperature and other metrics. The goal is to enable safer driving and faster emergency response times in the event of an accident.
IRJET- Aadhar Card Based Electronic Voting SystemIRJET Journal
This document proposes an electronic voting system that uses Aadhar card details for voter authentication. It describes a system where voter details are extracted from the Aadhar database, and an OTP is sent to the voter's mobile phone. At the polling station, voters authenticate using fingerprint scanning and enter the OTP on a keypad. Votes are stored in an IoT server, allowing results to be published the same day. The system aims to eliminate fake and multiple votes by locking the Aadhar details after voting and storing votes digitally in the cloud.
IRJET- Biometric based Electronic Voting Machine (EVM) using Arduino IDEIRJET Journal
This document describes a biometric-based electronic voting machine that uses fingerprint authentication via an Arduino system. It aims to improve security and provide convenient voting access using fingerprint identification. The system captures voters' fingerprints using a sensor and matches them to a database of registered voters. It then allows voters to cast their encrypted votes, which are transmitted to a PC. This aims to prevent fraud and ensure each voter only votes once. It provides a 3-sentence summary of the document.
We are happy to share with you, our monthly News letter “Tech-Talk” which is designed tobe an emental source for leading information related to developing technologies, ingenious techniques and innovative approaches.
Redtacton is a new technology introduced by Nippon Telegraph and Telephone Corporation that uses the human body as a transmission medium for data. It works by emitting a weak electric field on the surface of the body from a transmitter chip. A receiver chip can then detect changes in the electric field caused by the transmitted data. Redtacton provides high-speed and secure data transmission through direct contact with the body, such as a handshake. It has applications for personal identification, device authentication, and personalizing settings based on touch interactions.
IRJET- Automated Blood Bank with Embedded SystemIRJET Journal
This document describes an automated blood bank system using embedded systems. The system uses an Arduino, temperature and pulse sensors, WiFi module, and Android application. It aims to connect blood donors and receivers more efficiently. The system measures a donor's heart rate and temperature using sensors connected to an Arduino. It transmits this medical data via WiFi to a cloud server. An Android app allows users to register as donors or receivers. Donors can view their medical data, and receivers can search for and request blood. The system aims to reduce the time needed to provide blood by directly linking donors and receivers through their locations obtained from the app. It divides the system into sensor measurement, data transmission, and user-facing segments to
RFID Based Smart Trolley for Supermarket AutomationIRJET Journal
This document describes a proposed RFID-based smart trolley system for supermarket automation. The system would attach RFID tags to all supermarket items and integrate an RFID reader and display into shopping trolleys. As customers add items to their trolley, the RFID reader would detect the items' tags and display the item details and running total on the trolley's display. Customer purchases and billing totals would be wirelessly transmitted to the supermarket's backend systems using Zigbee technology. The proposed system aims to streamline the shopping experience for customers by automating item detection and display of purchase information in real-time as items are added to the trolley.
Automated Blood Bank System using Raspberry PiIRJET Journal
This document describes a proposed automated blood bank system using Raspberry Pi and Android applications. The system aims to connect blood donors and patients needing transfusions. Donors can register their blood type and details using an Android app. When a patient needs blood, they enter their request into the app which matches it to donor information stored on a Raspberry Pi database. The system then sends an SMS notification to a matched donor using a GSM modem connected to the Raspberry Pi. The system is intended to streamline the process of fulfilling emergency blood requests.
IRJET- Easykey - Multipurpose RFID Card based IoT SystemIRJET Journal
This document describes a proposed system called EasyKey that uses a single RFID card to perform the functions of multiple cards for authentication and payment. The system would use two-factor authentication via a mobile device to securely approve transactions initiated by scanning the RFID card. When a user scans their EasyKey card at a vendor, the vendor device would send an authentication request to the EasyKey server, which would then notify the user's mobile device. The user could approve or deny the transaction from their phone. The system aims to reduce the number of cards users need to carry by consolidating authentication and payment onto a single multipurpose RFID card.
The document describes a proposed smart ration distribution system that uses RFID technology to automate the manual ration distribution process and increase transparency. The system uses RFID cards instead of physical ration cards. When a customer scans their RFID card at a reader, their details are verified and they can select ration items and quantities using a keypad. The correct amount is then dispensed and an SMS notification is sent to the customer. The aims are to prevent malpractices like fake ration cards, overcharging, and ensure customers are aware of item availability. It outlines the system components, workflow, and concludes the digital system can help modernize traditional rationing and reduce corruption.
Implementation of IOT based Student Healthcare Monitoring and Automation Boot...IRJET Journal
This document proposes an Internet of Things (IoT)-based student healthcare monitoring and testing system. The system would use sensors and medical equipment connected to students to monitor their health and detect potential illnesses. If issues are found, test results and health data would be sent via SMS to designated caregivers. The system aims to automate contactless testing booths using a Raspberry Pi, RFID technology, cloud computing and big data preprocessing. This would allow health monitoring and testing to be done remotely and efficiently, helping address issues like the COVID-19 pandemic.
IRJET- InstaMed+: Medical Assistance System for AccidentsIRJET Journal
The document describes a proposed mobile application called InstaMed+ that aims to reduce response times during medical emergencies. The app would allow users involved in an accident to quickly notify nearby hospitals and police stations, providing location data and generating a police report. Hospitals could access the user's medical information by scanning a QR code generated during registration. This would streamline the emergency response process compared to current systems where hospitals and police must be contacted separately and paperwork takes time. The proposed app aims to automatically detect accidents, quickly alert responders, and securely share patient medical files to reduce delays in treatment.
DESIGN AND IMPLEMENTATION OF A LIGHT FIDELITY BASED AUTOMATED SMART TROLLEY F...IRJET Journal
The document describes a proposed design and implementation of a light fidelity (Li-Fi) based automated smart trolley for shopping using radio frequency identification (RFID) technology. The smart trolley would detect products placed in it using RFID tags and readers, measure and display item information like price and weight on a LCD screen, and compute the total cost. It would transmit item details to a cashier's computer within 6 meters using Li-Fi to enable payment and checkout. The goal is to streamline the shopping experience by reducing queues and time spent at checkout.
Blood Donors and Receivers Management SystemIRJET Journal
The document describes the development of a blood donor and receiver management mobile application using Android Studio and Kotlin. The application allows users to register as donors or receivers, search for available blood donors, and request blood donations. It aims to streamline the process of matching blood donors and receivers to save lives in emergency situations.
IRJET - Internet of Things based Smart Shopping CartIRJET Journal
The document proposes an Internet of Things (IoT) based smart shopping cart system that uses RFID technology to automatically identify products placed in the cart, keep track of the shopping list and total bill, and streamline the checkout process for customers. The system includes an RFID reader in the cart to scan product tags and send information to a NodeMCU module connected to a server inventory database. This smart cart is aimed at improving the shopping experience by reducing checkout times compared to traditional barcode scanning systems.
IRJET- SHOPIFY – The Smart Shopping CartIRJET Journal
This document describes a smart shopping cart system called SHOPIFY. The system uses RFID tags on products and an RFID reader in the cart to automatically detect items placed in the cart. It displays the item name and price on an LCD screen. As more items are added, the total price is automatically updated. The cart can also automatically move by following a line on the floor using sensors, and stopping when it detects a person in front using an ultrasonic sensor. It is intended to make shopping easier and reduce staffing needs at stores.
IRJET- A Study on Heart Attack Detection by Heartbeat Monitoring using IoTIRJET Journal
This document describes a study on detecting heart attacks by monitoring heartbeats using the Internet of Things (IoT). Sensors are used to measure a patient's heartbeat and temperature, which are transmitted wirelessly via microcontroller and GSM modem. If the heartbeat or temperature is abnormal, an alert is sent via SMS to medical staff. The system aims to remotely monitor patients with conditions like heart block in order to anticipate issues and reduce hospitalization time. It discusses the system architecture, sensors used to detect heartbeat and temperature, software flowchart, and concludes the wireless patient monitoring system was successfully implemented to remotely detect vital signs.
A Survey on RFID Based Smart Shopping System and Automated BillingIRJET Journal
This document summarizes a survey on RFID-based smart shopping systems and automated billing. It discusses how RFID technology can be used to replace barcodes and allow multiple items to be scanned simultaneously, reducing checkout times. The objectives of the survey are to identify key technologies in RFID smart shopping/billing systems, review advantages/disadvantages, and analyze different strategies. Several studies that implemented RFID-based systems are summarized, demonstrating benefits like reduced queues, automated billing, and item tracking. However, some systems lacked payment flexibility or security measures. The survey aims to design an improved smart shopping cart system using RFID.
This document discusses using RFID technology integrated with electronic medical records (EMR) to improve patient safety, identification and monitoring in hospitals. It proposes an RFID-based system where patients would wear RFID tags containing their medical information. RFID readers would allow quick access to patients' records and history at the point of care. This could minimize errors and improve coordination of care compared to traditional paper-based systems. The system aims to reduce paperwork, easily retrieve patient histories, and allow analysis of medical reports and records for quality improvement. Integrating RFID with EMR could accurately identify patients and help medical professionals make fast decisions, especially in emergency situations.
Near Field Communication For HealthCare System using CloudIRJET Journal
This document proposes a system using near field communication (NFC) technology to improve healthcare systems. It involves developing Android applications for patients, doctors and administrators to access and manage electronic medical records stored on NFC tags and in the cloud. The system aims to allow secure access to health records anywhere using mobile phones. It discusses designing the system architecture and applications to register patient information on NFC tags, and allow doctors to access records and patients to view prescribed medications by tapping tags with their phones. The system seeks to automate hospital management and enable easy, low-cost access and storage of patient medical data.
Smart Machine and Application for Rural DevelopmentIRJET Journal
1. The document proposes a smart machine that can provide various services to support rural development in India, including healthcare, farming assistance, and climate analysis.
2. The machine would use sensors to remotely monitor patients' vital signs which could then be sent to doctors for diagnosis. It could also map medical supply availability and provide medical training.
3. On the farming side, the machine could analyze climate data, soil structure, and market prices to help farmers choose crops and maximize profits. It would connect farmers to transportation and sell their harvest.
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- Smart Shopping Application using NFCIRJET Journal
This paper proposes a smart shopping application that uses near field communication (NFC) technology to allow customers to scan product tags with their mobile phones to view product details, add items to a cart, and make contactless payments using an e-wallet. The goal is to streamline the shopping experience by eliminating long lines and allowing customers to purchase and pay for items directly from their phone. The proposed system would integrate an Android application, NFC tags on products, a product database accessed via web services, and payment processing to enable a more convenient and secure mobile shopping solution.
This document describes a dynamic medical machine that is deployed in rural areas without easy access to doctors. The machine contains sensors like a temperature sensor, heart rate sensor, and ultrasonic sensor to monitor patients' vital signs. It is connected to a doctor via video and audio calls to allow virtual consultations. Based on the doctor's diagnosis and prescription, the machine automatically dispenses the appropriate medicines to the patient. This aims to make healthcare more accessible for common illnesses in remote locations while reducing costs.
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