The document describes a proposed RFID-based library management system. Key aspects include:
1) An RFID reader mounted on a gantry system that can scan shelves to read RFID tags on books and update the locations in a database.
2) A GUI to allow users to check book availability and location by scanning their RFID cards, and check out/return books by placing them on a reader.
3) The system aims to more efficiently manage library resources by automatically tracking book locations and transactions without manual work.
This document discusses the application of RFID technology in libraries. It begins with an introduction to RFID and how it can automate library processes. It then discusses the benefits of RFID for libraries, staff, and patrons, including faster circulation, easier inventory management, and improved patron services. The document also covers RFID standards relevant to libraries, such as ISO 18000-3 and NCIP. It provides recommendations on RFID implementation, including a phased approach and considerations for vendor selection. Overall, the document aims to provide librarians with information on utilizing RFID technology in their libraries.
Has RFID any more to offer libraries - or has demand peaked?Michael Fortune
The document summarizes the results of a 2014 survey on the use of RFID (radio-frequency identification) in libraries. Key findings include that over 400 entities were actively using HF RFID, self-service loans/returns was the most common use, and public libraries made up the largest sector. While SIP still dominates the communications standard, interoperability remains limited. The document proposes an industry initiative called the Library Communication Framework to improve interoperability and functionality of RFID use in libraries.
The document provides an overview of RFID (Radio Frequency Identification) technology and its applications in modern libraries. It discusses how RFID allows items like books to be identified and tracked using radio waves. Key components of an RFID system for libraries are described, including tags, readers, self-checkout stations, and security gates. Benefits of RFID for libraries include reducing staff time spent on tasks like checking items in/out and inventorying. While the initial investment is high, RFID systems can help automate many library processes. Common standards and vendors operating in India are also outlined.
Implementing radio frequency identification technology in libraries advantage...Ghouse Modin Mamdapur
Radio frequency identification (RFID) technology is an innovative automated library system for
automatic identification and tracking of library material. Currently, RFID applications range from book
tracking and stock management, to theft detection and automatic book sorting. RFID technology is a
dynamic link between people, objects and processes and in the near future it plays a prime role in data
collection, identification as well as analysis necessary for specific library operations. An automated
library with the support of RFID technology would be a “self service station” that demands least
intervention by the library personnel. Efforts are being made to introduce self-service “check-in” and
“check-out” that avoid long delay in the delivery of library material and also for achieving better
efficiency in operations. RFID is used in libraries primarily to automate the book handling process
including check-out, inventory control, check-in and anti-theft. When combined with computer assisted
sorting equipment, RFID facilitates and speeds up even book sorting. Automating the library material
handling process allows library professionals to spend more time with the clientele, thus, increasing
the ‘user satisfaction’. The potential benefits are obvious and the systems are getting cheaper. When
the technology matures even more and competition increases in the industry, better tags and
equipment will become more economical. It may only be a matter of time before radio frequency
identification technology will completely replace barcode systems and become the standard for every
organization. In this paper an attempt has been made to describe different components of RFID system.
A detailed account of various applications of RFID technology in libraries has been discussed along
with possible disadvantages of RFID system.
RFID in the Library provides a 30 minute guide on radio frequency identification (RFID) technology. It discusses what RFID is, how it works and is used in libraries, and the benefits libraries realize from its implementation, such as enabling self-service checkouts to extend opening hours. The document also covers RFID standards, interoperability between systems, and privacy considerations for libraries evaluating RFID systems. It recommends several resources for libraries to obtain further advice on adopting RFID technologies.
This document describes the design and development of a Radio Frequency Identification (RFID)-based Library Information System for a Turkish library. Key points:
- RFID technology uses radio waves to automatically identify tags attached to objects and communicate identification information to a reader from a distance, providing more efficient process management.
- An RFID-based system is proposed to enhance an existing library system, providing features like automatic checkout/return and preventing theft, while reducing processing times and book losses.
- The proposed system's architecture includes physical RFID tags on books/items; readers at entrances, desks, and handheld; a middleware filtering data; and backend applications for management, user services, and analytics.
The document describes a proposed smart library automation and monitoring system using RFID technology. The system uses RFID tags attached to books and student ID cards. An RFID scanner reads the tags to automate processes like tracking student entry and exit, book check-in/check-out, and inventory management. This allows transactions to occur without manual intervention. The system also includes an Android app for students to search books and check availability. The goals are to streamline library operations, prevent unauthorized access, and help locate misplaced books. Raspberry Pi hardware and a MySQL database are part of the proposed implementation.
The document describes an RFID-enabled library management system that uses RFID technology to automate and improve various library processes. Key features include cataloging books and members using RFID tags, tracking book circulation and demand through a centralized database, generating reports, and providing a web interface for online services. The system was implemented using a three-tier architecture with ASP.NET for the front end, a class library as the middleware, and a backend Microsoft Access database. RFID readers interface with the system through a custom ActiveX control to automate tasks like inventory management and item checkout/return.
This document discusses the application of RFID technology in libraries. It begins with an introduction to RFID and how it can automate library processes. It then discusses the benefits of RFID for libraries, staff, and patrons, including faster circulation, easier inventory management, and improved patron services. The document also covers RFID standards relevant to libraries, such as ISO 18000-3 and NCIP. It provides recommendations on RFID implementation, including a phased approach and considerations for vendor selection. Overall, the document aims to provide librarians with information on utilizing RFID technology in their libraries.
Has RFID any more to offer libraries - or has demand peaked?Michael Fortune
The document summarizes the results of a 2014 survey on the use of RFID (radio-frequency identification) in libraries. Key findings include that over 400 entities were actively using HF RFID, self-service loans/returns was the most common use, and public libraries made up the largest sector. While SIP still dominates the communications standard, interoperability remains limited. The document proposes an industry initiative called the Library Communication Framework to improve interoperability and functionality of RFID use in libraries.
The document provides an overview of RFID (Radio Frequency Identification) technology and its applications in modern libraries. It discusses how RFID allows items like books to be identified and tracked using radio waves. Key components of an RFID system for libraries are described, including tags, readers, self-checkout stations, and security gates. Benefits of RFID for libraries include reducing staff time spent on tasks like checking items in/out and inventorying. While the initial investment is high, RFID systems can help automate many library processes. Common standards and vendors operating in India are also outlined.
Implementing radio frequency identification technology in libraries advantage...Ghouse Modin Mamdapur
Radio frequency identification (RFID) technology is an innovative automated library system for
automatic identification and tracking of library material. Currently, RFID applications range from book
tracking and stock management, to theft detection and automatic book sorting. RFID technology is a
dynamic link between people, objects and processes and in the near future it plays a prime role in data
collection, identification as well as analysis necessary for specific library operations. An automated
library with the support of RFID technology would be a “self service station” that demands least
intervention by the library personnel. Efforts are being made to introduce self-service “check-in” and
“check-out” that avoid long delay in the delivery of library material and also for achieving better
efficiency in operations. RFID is used in libraries primarily to automate the book handling process
including check-out, inventory control, check-in and anti-theft. When combined with computer assisted
sorting equipment, RFID facilitates and speeds up even book sorting. Automating the library material
handling process allows library professionals to spend more time with the clientele, thus, increasing
the ‘user satisfaction’. The potential benefits are obvious and the systems are getting cheaper. When
the technology matures even more and competition increases in the industry, better tags and
equipment will become more economical. It may only be a matter of time before radio frequency
identification technology will completely replace barcode systems and become the standard for every
organization. In this paper an attempt has been made to describe different components of RFID system.
A detailed account of various applications of RFID technology in libraries has been discussed along
with possible disadvantages of RFID system.
RFID in the Library provides a 30 minute guide on radio frequency identification (RFID) technology. It discusses what RFID is, how it works and is used in libraries, and the benefits libraries realize from its implementation, such as enabling self-service checkouts to extend opening hours. The document also covers RFID standards, interoperability between systems, and privacy considerations for libraries evaluating RFID systems. It recommends several resources for libraries to obtain further advice on adopting RFID technologies.
This document describes the design and development of a Radio Frequency Identification (RFID)-based Library Information System for a Turkish library. Key points:
- RFID technology uses radio waves to automatically identify tags attached to objects and communicate identification information to a reader from a distance, providing more efficient process management.
- An RFID-based system is proposed to enhance an existing library system, providing features like automatic checkout/return and preventing theft, while reducing processing times and book losses.
- The proposed system's architecture includes physical RFID tags on books/items; readers at entrances, desks, and handheld; a middleware filtering data; and backend applications for management, user services, and analytics.
The document describes a proposed smart library automation and monitoring system using RFID technology. The system uses RFID tags attached to books and student ID cards. An RFID scanner reads the tags to automate processes like tracking student entry and exit, book check-in/check-out, and inventory management. This allows transactions to occur without manual intervention. The system also includes an Android app for students to search books and check availability. The goals are to streamline library operations, prevent unauthorized access, and help locate misplaced books. Raspberry Pi hardware and a MySQL database are part of the proposed implementation.
The document describes an RFID-enabled library management system that uses RFID technology to automate and improve various library processes. Key features include cataloging books and members using RFID tags, tracking book circulation and demand through a centralized database, generating reports, and providing a web interface for online services. The system was implemented using a three-tier architecture with ASP.NET for the front end, a class library as the middleware, and a backend Microsoft Access database. RFID readers interface with the system through a custom ActiveX control to automate tasks like inventory management and item checkout/return.
The document discusses how radio-frequency identification (RFID) technology can be used in libraries to automate processes. RFID uses electromagnetic fields to automatically identify tags attached to objects. Libraries are now using RFID tags on materials instead of barcodes to streamline check-out, check-in, and inventory tracking. RFID systems allow for sightless identification of materials and theft detection at exits. The benefits of RFID for libraries include rapid check-out/check-in, automated inventory tracking, and security. However, high upfront costs and privacy concerns present challenges to adoption. Standards are needed to ensure compatibility and privacy protection as RFID use in libraries increases.
In the proposed RFID based recording and identification system, the students and staffs can take books using their mobile phone and a RFID tag. The admin can add or update the new book entries through the web-site.
1) The document describes a smart library management system that uses RFID technology to automate processes like book checking in and out.
2) RFID tags are attached to books and readers are used to scan the tags and update a database, allowing users to check books in and out without human intervention.
3) The system aims to streamline library management and reduce errors by automating manual tasks like tracking book loans and returns and calculating overdue fines.
Localization of rfid equipped assets during the operation phase of facilities...Ferheen Khan
This document proposes methods for localizing assets in indoor environments using RFID technology. Fixed assets can be localized by reading their tag's stored location data from a distance. Fixed tags also enable user localization through proximity techniques. Moveable assets are localized by matching RSSI patterns between their tags and reference tags on fixed assets, without requiring distance estimates. The approach incorporates environmental dynamics and does not need centralized infrastructure or calibration. This allows users to locate themselves and targets using a handheld RFID reader.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document provides the syllabus for the 3rd year 1st semester courses for the Computer Science and Engineering department at Jawaharlal Nehru Technological University Kakinada, including courses on Data Warehousing and Data Mining, Computer Networks, Compiler Design, Artificial Intelligence, and Professional Electives, along with information on class schedules, course objectives, and reading materials.
3.[13 21]framework of smart mobile rfid networksAlexander Decker
This document discusses smart mobile RFID networks. It begins by describing typical RFID networks as defined by EPCglobal, noting that RFID networks need to provide value-added services for better supply chain visibility. The document then discusses how mobile RFID, using a mobile phone as an RFID reader, can provide new valuable services by integrating RFID and sensor networks with mobile communication. Finally, the document proposes "smart RFID networks" that can provide complex services like alerting subscribers when inventory ages or becomes stale.
This document describes an RFID-based system to track students on school buses and notify parents. The system uses passive RFID tags issued to each student and RFID readers installed at the entry points of buses. When a student boards or exits a bus, their RFID tag is scanned by the reader which records the student ID and time. This data is sent to the school's database system via Zigbee. Parents receive email notifications when their child boards or exits the bus. The system aims to safely transport students and reduce parents' concerns by informing them of their child's movements between home and school.
This document discusses using cryptography and RFID systems for network security. It begins with an introduction to cryptography as an ancient method of encrypting messages for secure transmission. It then describes RFID technology, which uses radio waves to identify objects tagged with RFID transponders. The document proposes using both cryptography and RFID for network security to achieve benefits like data confidentiality, integrity, authentication and access control. It outlines potential applications of RFID in areas like animal tracking, individual records maintenance and banking security. Finally, it concludes that combining RFID and cryptography can provide a higher degree of user and data authentication for network security compared to using each approach alone.
RFID is not a new technology and has passed through many decades of use in military, airline, library, security, healthcare, sports, animal farms and other areas
A Development of a Reliable and Trusted Mobile RFID-based Asset Management Sy...drboon
Physical asset management is very important to monitor the existence and functionality of the asset in organization. It including ensure the asset is locate at the recorded location and still can be used by the staff. Usually the monitoring exercise is done by checking the id number that stick to the assets and compare it with the record. The process of getting the id number can be done manually or by using a barcode. However this will take time because there are number of assets in one location and it takes time to locate the number sticker. We proposed the use of Radio Frequency Identification (RFID) technology to automatically detect the assets and provide reports on the mismatch of asset and location. The use of RFID required less time to perform the asset monitoring and increase efficiency in data management. It can connect with the database to match the records of assets and its location. By ensuring the safety of the assets, we can prolong its lifecycle where this will contributes to more sustainable and greener world.
FINGERPRINT BASED STUDENT IDENTIFICATION WITH RFID BASED LIBRARY AUTOMATIONAppu S
Library management system is an integral part of an educational institution. Our project “online library management system using RFIDand fingerprint “replace today’s monotonous library management system.
The project emphasizes on following major points:-
The project provides the member with online availability of books.
The system provides log on facility to the users as well as provides option to check their account and/or change the option like password of the account when ever needed using fingerprint technology.
The system lets the library staff to check the issue/return of books and whether they can borrow any more books or not.
5.[26 35] rfid security using mini des algorithm in deployment of bike rentin...Alexander Decker
The document describes an RFID-based bike rental system that uses miniDES encryption on RFID tags to securely store bike identifiers. Key points:
1) RFID tags attached to bikes are encrypted with miniDES to securely store bike IDs readable only by authenticated readers.
2) A microcontroller decrypts tag data and verifies bike IDs, recording check-out and check-in times from an RTC to calculate rental fees.
3) .NET software receives bike data from the microcontroller via serial to manage a database of bike statuses, rental fees, and a web portal interface.
11. rfid security using mini des algorithm in deployment of bike renting systemAlexander Decker
The document describes an RFID-based bike rental system that uses miniDES encryption on RFID tags to securely store bike identifiers. Key points:
1) RFID tags attached to bikes are encrypted with miniDES to securely store bike IDs readable only by authenticated readers.
2) A microcontroller decrypts tag data and tracks bike check-ins/check-outs using a real-time clock, communicating data to a .NET application.
3) The .NET system calculates rental charges, displays bike statuses on a web portal, and allows editing rental amounts. This automates the bike rental process using RFID technology and encryption.
This document allocates an advisor, Prof. Dr. ___, for two students, Muhammad Sharif and Hamza Parvez, for their thesis project titled "Smart RFID Based Library System". The project involves building an intelligent library management system using RFID technology. RFID tags will be used to track books and automate processes like book issuing and returning. The students will use SQL Server 2014, .NET, C#, and Visual Studio 2012 to develop a graphical user interface. An RFID reader and tags will also be utilized. The advisor has reviewed and approved the project scope and agrees to guide the students over the approximate 6 month duration.
1) The document proposes a platform called ElderCare that uses RFID tags and NFC phones to improve data management in healthcare centers.
2) ElderCare stores a log of care procedures on residents' RFID wristbands, using the tags as portable databases. Interactions between wristbands and staff NFC phones allow easy writing and reading of data.
3) The platform relays residents' care data to external services like Twitter in real-time, keeping relatives informed without relying on wireless links. Experiments show RFID tags can store a full day's worth of care logs.
Radio Frequency Identification RFID is a programmed innovation and helps machines or PCs to distinguish objects, record metadata or control singular focus through radio waves. Associating RFID reader to the terminal of Internet, the reader can distinguish, track and screen the articles appended with labels all inclusive, consequently, and progressively, if necessary. This is the supposed Internet of Things IOT . Radio Frequency Identification RFID is an innovation that utilizes correspondence through electromagnetic waves to trade information between a terminal and an electronic label joined to an article, with the end goal of ID and tracking Sapna Yadav | Pratibha Jha ""RFID Technology: An Overview"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd23247.pdf
Paper URL: https://www.ijtsrd.com/engineering/computer-engineering/23247/rfid-technology-an-overview/sapna-yadav
Wnl 160 introducing rfid technology by anupamKishor Satpathy
Paper Presented during International Conference on What’s next in libraries? Trends, Space, and partnerships held during January 21-23, 2015 at NIT Silchar, Assam. It is being jointly organized by NIT Silchar, in association with its USA partner the Mortenson Center for International Library Programs, University of Illinois at Urbana-Champaign.
The document discusses the application and implementation of RFID technology in modern libraries. It describes how RFID works and its key components like tags and readers. It then explains how RFID has been adopted by many academic libraries for functions like stock management, check in/out, and theft prevention. RFID systems can automate security gates, circulation counters, and self check-in/out stations. They also allow for quick inventory of library materials.
The document discusses the application and implementation of RFID technology in modern libraries. It describes how RFID works and its key components like tags and readers. It then explains how RFID has been adopted by many academic libraries for functions like stock management, check in/out, and theft prevention. RFID systems can automate security gates, circulation counters, and self check-in/out stations. They also allow for quick inventory of library materials.
The document summarizes Radio Frequency Identification (RFID) technology and its applications in modern libraries. It discusses how RFID uses radio waves to automatically identify items like books and track them. RFID can automate library processes like checking items in/out, inventory tracking, and security. The document outlines the key components of an RFID system and how it works. It also discusses benefits like reducing staff work and preventing unauthorized book removal, as well as challenges like high initial costs. Major implementations have occurred in North American and European university libraries.
RFID technology uses radio waves to transfer data between electronic tags attached to objects and readers to enable identification and tracking. RFID tags contain integrated circuits and antennas that allow each object to have a unique identification number. RFID systems are faster and more reliable than barcode systems as they do not require line of sight or contact. Libraries can benefit from RFID systems through faster check-in/out processes, improved inventory management, and increased security. While providing these benefits, RFID systems in libraries must also develop privacy policies to inform patrons about how tag data is used and collected.
The document discusses how radio-frequency identification (RFID) technology can be used in libraries to automate processes. RFID uses electromagnetic fields to automatically identify tags attached to objects. Libraries are now using RFID tags on materials instead of barcodes to streamline check-out, check-in, and inventory tracking. RFID systems allow for sightless identification of materials and theft detection at exits. The benefits of RFID for libraries include rapid check-out/check-in, automated inventory tracking, and security. However, high upfront costs and privacy concerns present challenges to adoption. Standards are needed to ensure compatibility and privacy protection as RFID use in libraries increases.
In the proposed RFID based recording and identification system, the students and staffs can take books using their mobile phone and a RFID tag. The admin can add or update the new book entries through the web-site.
1) The document describes a smart library management system that uses RFID technology to automate processes like book checking in and out.
2) RFID tags are attached to books and readers are used to scan the tags and update a database, allowing users to check books in and out without human intervention.
3) The system aims to streamline library management and reduce errors by automating manual tasks like tracking book loans and returns and calculating overdue fines.
Localization of rfid equipped assets during the operation phase of facilities...Ferheen Khan
This document proposes methods for localizing assets in indoor environments using RFID technology. Fixed assets can be localized by reading their tag's stored location data from a distance. Fixed tags also enable user localization through proximity techniques. Moveable assets are localized by matching RSSI patterns between their tags and reference tags on fixed assets, without requiring distance estimates. The approach incorporates environmental dynamics and does not need centralized infrastructure or calibration. This allows users to locate themselves and targets using a handheld RFID reader.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document provides the syllabus for the 3rd year 1st semester courses for the Computer Science and Engineering department at Jawaharlal Nehru Technological University Kakinada, including courses on Data Warehousing and Data Mining, Computer Networks, Compiler Design, Artificial Intelligence, and Professional Electives, along with information on class schedules, course objectives, and reading materials.
3.[13 21]framework of smart mobile rfid networksAlexander Decker
This document discusses smart mobile RFID networks. It begins by describing typical RFID networks as defined by EPCglobal, noting that RFID networks need to provide value-added services for better supply chain visibility. The document then discusses how mobile RFID, using a mobile phone as an RFID reader, can provide new valuable services by integrating RFID and sensor networks with mobile communication. Finally, the document proposes "smart RFID networks" that can provide complex services like alerting subscribers when inventory ages or becomes stale.
This document describes an RFID-based system to track students on school buses and notify parents. The system uses passive RFID tags issued to each student and RFID readers installed at the entry points of buses. When a student boards or exits a bus, their RFID tag is scanned by the reader which records the student ID and time. This data is sent to the school's database system via Zigbee. Parents receive email notifications when their child boards or exits the bus. The system aims to safely transport students and reduce parents' concerns by informing them of their child's movements between home and school.
This document discusses using cryptography and RFID systems for network security. It begins with an introduction to cryptography as an ancient method of encrypting messages for secure transmission. It then describes RFID technology, which uses radio waves to identify objects tagged with RFID transponders. The document proposes using both cryptography and RFID for network security to achieve benefits like data confidentiality, integrity, authentication and access control. It outlines potential applications of RFID in areas like animal tracking, individual records maintenance and banking security. Finally, it concludes that combining RFID and cryptography can provide a higher degree of user and data authentication for network security compared to using each approach alone.
RFID is not a new technology and has passed through many decades of use in military, airline, library, security, healthcare, sports, animal farms and other areas
A Development of a Reliable and Trusted Mobile RFID-based Asset Management Sy...drboon
Physical asset management is very important to monitor the existence and functionality of the asset in organization. It including ensure the asset is locate at the recorded location and still can be used by the staff. Usually the monitoring exercise is done by checking the id number that stick to the assets and compare it with the record. The process of getting the id number can be done manually or by using a barcode. However this will take time because there are number of assets in one location and it takes time to locate the number sticker. We proposed the use of Radio Frequency Identification (RFID) technology to automatically detect the assets and provide reports on the mismatch of asset and location. The use of RFID required less time to perform the asset monitoring and increase efficiency in data management. It can connect with the database to match the records of assets and its location. By ensuring the safety of the assets, we can prolong its lifecycle where this will contributes to more sustainable and greener world.
FINGERPRINT BASED STUDENT IDENTIFICATION WITH RFID BASED LIBRARY AUTOMATIONAppu S
Library management system is an integral part of an educational institution. Our project “online library management system using RFIDand fingerprint “replace today’s monotonous library management system.
The project emphasizes on following major points:-
The project provides the member with online availability of books.
The system provides log on facility to the users as well as provides option to check their account and/or change the option like password of the account when ever needed using fingerprint technology.
The system lets the library staff to check the issue/return of books and whether they can borrow any more books or not.
5.[26 35] rfid security using mini des algorithm in deployment of bike rentin...Alexander Decker
The document describes an RFID-based bike rental system that uses miniDES encryption on RFID tags to securely store bike identifiers. Key points:
1) RFID tags attached to bikes are encrypted with miniDES to securely store bike IDs readable only by authenticated readers.
2) A microcontroller decrypts tag data and verifies bike IDs, recording check-out and check-in times from an RTC to calculate rental fees.
3) .NET software receives bike data from the microcontroller via serial to manage a database of bike statuses, rental fees, and a web portal interface.
11. rfid security using mini des algorithm in deployment of bike renting systemAlexander Decker
The document describes an RFID-based bike rental system that uses miniDES encryption on RFID tags to securely store bike identifiers. Key points:
1) RFID tags attached to bikes are encrypted with miniDES to securely store bike IDs readable only by authenticated readers.
2) A microcontroller decrypts tag data and tracks bike check-ins/check-outs using a real-time clock, communicating data to a .NET application.
3) The .NET system calculates rental charges, displays bike statuses on a web portal, and allows editing rental amounts. This automates the bike rental process using RFID technology and encryption.
This document allocates an advisor, Prof. Dr. ___, for two students, Muhammad Sharif and Hamza Parvez, for their thesis project titled "Smart RFID Based Library System". The project involves building an intelligent library management system using RFID technology. RFID tags will be used to track books and automate processes like book issuing and returning. The students will use SQL Server 2014, .NET, C#, and Visual Studio 2012 to develop a graphical user interface. An RFID reader and tags will also be utilized. The advisor has reviewed and approved the project scope and agrees to guide the students over the approximate 6 month duration.
1) The document proposes a platform called ElderCare that uses RFID tags and NFC phones to improve data management in healthcare centers.
2) ElderCare stores a log of care procedures on residents' RFID wristbands, using the tags as portable databases. Interactions between wristbands and staff NFC phones allow easy writing and reading of data.
3) The platform relays residents' care data to external services like Twitter in real-time, keeping relatives informed without relying on wireless links. Experiments show RFID tags can store a full day's worth of care logs.
Radio Frequency Identification RFID is a programmed innovation and helps machines or PCs to distinguish objects, record metadata or control singular focus through radio waves. Associating RFID reader to the terminal of Internet, the reader can distinguish, track and screen the articles appended with labels all inclusive, consequently, and progressively, if necessary. This is the supposed Internet of Things IOT . Radio Frequency Identification RFID is an innovation that utilizes correspondence through electromagnetic waves to trade information between a terminal and an electronic label joined to an article, with the end goal of ID and tracking Sapna Yadav | Pratibha Jha ""RFID Technology: An Overview"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd23247.pdf
Paper URL: https://www.ijtsrd.com/engineering/computer-engineering/23247/rfid-technology-an-overview/sapna-yadav
Wnl 160 introducing rfid technology by anupamKishor Satpathy
Paper Presented during International Conference on What’s next in libraries? Trends, Space, and partnerships held during January 21-23, 2015 at NIT Silchar, Assam. It is being jointly organized by NIT Silchar, in association with its USA partner the Mortenson Center for International Library Programs, University of Illinois at Urbana-Champaign.
The document discusses the application and implementation of RFID technology in modern libraries. It describes how RFID works and its key components like tags and readers. It then explains how RFID has been adopted by many academic libraries for functions like stock management, check in/out, and theft prevention. RFID systems can automate security gates, circulation counters, and self check-in/out stations. They also allow for quick inventory of library materials.
The document discusses the application and implementation of RFID technology in modern libraries. It describes how RFID works and its key components like tags and readers. It then explains how RFID has been adopted by many academic libraries for functions like stock management, check in/out, and theft prevention. RFID systems can automate security gates, circulation counters, and self check-in/out stations. They also allow for quick inventory of library materials.
The document summarizes Radio Frequency Identification (RFID) technology and its applications in modern libraries. It discusses how RFID uses radio waves to automatically identify items like books and track them. RFID can automate library processes like checking items in/out, inventory tracking, and security. The document outlines the key components of an RFID system and how it works. It also discusses benefits like reducing staff work and preventing unauthorized book removal, as well as challenges like high initial costs. Major implementations have occurred in North American and European university libraries.
RFID technology uses radio waves to transfer data between electronic tags attached to objects and readers to enable identification and tracking. RFID tags contain integrated circuits and antennas that allow each object to have a unique identification number. RFID systems are faster and more reliable than barcode systems as they do not require line of sight or contact. Libraries can benefit from RFID systems through faster check-in/out processes, improved inventory management, and increased security. While providing these benefits, RFID systems in libraries must also develop privacy policies to inform patrons about how tag data is used and collected.
The document describes the implementation of an RFID system at the Jayakar Library of the University of Pune in India. It discusses the components of RFID technology including tags, readers, and antennas. It also outlines some of the initial barriers faced during implementation, such as a lack of technology experts, user resistance to change, issues with technology-literate users removing tags, a lack of standards, problems with moisture affecting tags, and compatibility issues between the library software and RFID system. Overall, the library was able to overcome many of the initial problems and RFID has proved beneficial for improving security and efficiency.
The rapid development in an information technology has brought out a revolutionary change in the field of library system and services.The new information technology has changed the manual scenario of library to computerized automated library.
RFID (Radio Frequency Identification)
Today, more and more libraries are adopting RFID (Radio Frequency Identification) technologies as it streamlines workflow in the area of self service, book returns, shelf management and inventory.
The document discusses the development of a user monitoring system for the library of the Lyceum of the Philippines-Laguna using radio frequency identification (RFID) technology. The system aims to automatically capture user attendance by having them scan their ID cards with an RFID reader at the library entrance. The system was developed using an RFID reader, RF tags on user ID cards, a webcam, and a computer database. Based on a test of the system, it was able to successfully record user attendance and address issues with the previous manual log-in method. Several recommendations were provided to further improve the system.
Technology and Libraries:RFID vs. Barcodes a presentation given at MELCOM International 27th Conference
May 23-25, 2005 Alexandria, Egypt
by
Houeida Kammourié-Charara
Head, Information Systems Department
University Libraries
Notre Dame University-Louaizé
Most common RFID System Used for Library Management and It.pdfcontactrfid1
Explore the world of RFID systems transforming library management to learn about the most common system by navigating through the diversity of RFID solutions, with a focus on the cost-effective and secure nature of passive RFID systems
RFID technology can automate many library processes and improve services for patrons. Key components of an RFID system include passive tags attached to items, readers for checking items in and out, and a middleware system to interface with the library database. RFID allows for self-checkout/return and automated inventory checks. Implementation can reduce staff workload and improve tracking of materials. Challenges include upfront investment costs and potential damage to tags. RFID is gaining popularity in Indian academic libraries and can help automate other campus services.
Radio frequency identification use electromagnetic fields to automatically identify and track tags attached to books. There are several ways of identifying tags but the most common is to store a serial number. The chip and antenna attached together are called an RFID tag. The RFID reader or scanner converts the RFID tag information into digital information which will further seen in computer and stored for future use.
The document provides an overview of implementing RFID (Radio Frequency Identification) technology in modern libraries. It discusses what RFID is, the history and components of an RFID system including tags, readers, middleware and security gates. The benefits of RFID for libraries are automated check-in/check-out, inventory management and theft detection. Implementation requires an initial investment but provides long term benefits like reducing staff time and improving customer services. Key users of RFID in libraries are students, faculty and library staff.
Rfid for library management system printronixBlaze_Hyd
RFID technology is taking off in libraries at an increasingly rapid pace. It is easy to envision that, the RFID tag contents will increase in power, prices are expected to decline and tag will dramatically improve its efficiency, security and accuracy.
Empirical study of an automated inventory management system with bayesian inf...eSAT Journals
Abstract
This research addresses the inefficiency and inconsistency associated with asset tracking and inventory management. This paper focuses on the algorithm and framework of an automated system for large quantities of inventory control, with the features of geographically-widely located facility and heterogeneous assets. Further, the authors investigate two major asset-tracking practices: manual or barcode inventory management system versus automated inventory management system. The authors empirically validate both systems with modeling, simulation, and observation of the system performances. The evidence provides statistically strong support for the improvement of efficiency and accuracy of automated inventory management system, although the impacts of environmental circumstances and human factors suggest that precautions should be taken to minimize the influences of such factors. The proposed automated system is ideal for large quantities of inventory control. Small scale of inventory control depends more on manual inspection or barcode technology. This research provides a possible solution to the growing concerns over asset tracking and protection. In addition, it has the potential to change the facilities management process and policy of the organizations with widely located properties. This empirical study verified the practicability of implementing an automated inventory management system and validated the design by comparing the performances of the manual system and the automated system.
Key Words: Inventory management, Performance measurement, Modeling and simulation, Bayesian inference algorithm, and Radio Frequency Identification system
IRJET- The Smart Library for Book PlacementIRJET Journal
This document describes a proposed smart library system using RFID technology. The current library system relies on barcodes which has limitations like being time-consuming and allowing only one book to be scanned at a time. The proposed system uses RFID tags on books and user cards to quickly check books in and out without queues. It would reduce the time spent searching for books and ensure correct placement on shelves. The system architecture includes RFID readers, tags on books and user cards, a database server to store user and book data, and a cloud-hosted website for users to search books and view borrow/return status.
International Journal of Business and Management Invention (IJBMI) inventionjournals
International Journal of Business and Management Invention (IJBMI) is an international journal intended for professionals and researchers in all fields of Business and Management. IJBMI publishes research articles and reviews within the whole field Business and Management, new teaching methods, assessment, validation and the impact of new technologies and it will continue to provide information on the latest trends and developments in this ever-expanding subject. The publications of papers are selected through double peer reviewed to ensure originality, relevance, and readability. The articles published in our journal can be accessed online
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