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2020, International Journal for Research in Applied Science and Engineering Technology IJRASET
The managing and arranging of books in a library manually is a difficult task. In this paper the application of Robots in Library Management System is presented and technique for implementing the same is proposed. In this method, a robot will be designed that will work on path orientation strategy. The rack number will be given as input to the robot, this input will be searched and matched to the code. If the match is found, then the robot will move towards the corresponding rack. The sole purpose of the robot is to make transfer of the books from one location to another. The proposed technique is applied to the college library.
International Journal of Engineering Research and, 2016
The said paper is the preliminary part of the library management robot. This part consist of a mobile robot which is used to pick the book from the user and send it to the shelve robot. The robot is equipped with Omni direction wheel coupled with planetary geared dc motor. The robot is fully autonomous and the path tracking is carried out using the line sensing array and the book is scanned using the barcode reader. A pneumatic gripper along with lead screw mechanism is used to lift the books from the user. The portable air reservoir is used to operate the pneumatic gripper. The lead screw mechanism is operated using the planetary geared motor with encoder. The transreceiver is used to communicate with the shelve robot which shares the barcode information with each other. The main application of the robot is of pick and place mechanism.
International Journal of Engineering Research and Technology (IJERT), 2013
https://www.ijert.org/book-handling-robot-for-libraries https://www.ijert.org/research/book-handling-robot-for-libraries-IJERTV2IS80048.pdf The use of robots in industrial production has grown significantly in the past decades worldwide. In contrast the use of robots in other applications is still limited. Service robots which are partially or fully automated perform tasks for people instead of serving industrial manufacturer. Recently, the idea of using robots in library application has become more interesting. Book picking robot is a service robot which perform tasks such as book finding, picking and delivering it to the reader. The process of book finding and picking is automated by this work. The robot developed move towards the book and the navigation of robot is controlled through camera. The robotic arm will move close to the book and then the gripper will close the jaws to get a hold of the book and then the robotic arm is lifted, after which the robot returns back to deliver the book to the reader.
IRJET, 2021
This project is the application of Robots in library management systems. A robot is designed that follows a predefined path to keep track of the library bookshelf arrangements. The robot is controlled using the Arduino MEGA which is programmed with instructions to perform the tasks. The number of the required book is given as input to the robot through the Bluetooth module. The robot uses the line follower technique and reaches the shelves in which the book is present. The robot gets the data of the book by comparing the saved RFID number with the books on the shelves. If the particular book which is to be found out by the robot is matched with the saved book detail, then the robotic arm will get the input. Then the servo motors present in the arm rotates in particular angles and picks the book from the shelf. The robot arm will hold the book using the gripper and return the book to the collection center following the same path. Thus the customer can deliver the book from the collection center. This helps and simplifies the job of monitoring the arrangement of books and also reduces the manual routine work done by the library staff.
2019 IEEE International Conference on Mechatronics and Automation (ICMA), 2019
In order to reduce the labor and material of library management and contribute to the development of unmanned library, an intelligent mobile robot for library management is proposed. The robot consists of a mobile platform, a three-DOF rise-and-fall robotic arm and a multisource image recognition information fusion system. Besides recognizing data and position of the book, the robot is also able to conduct book grasp and shelving in order task. To adapt to the existing library environment and enlarge its move area, an efficient autonomous elevator button recognition system based on neural networks is designed, which enables the mobile robot span floors by elevator. Combined with visual recognition technology, the mobile robot has functions of autonomous navigation and obstacle avoidance. There is also a data monitoring center and graphical user interface corresponding to the mobile robot, which is developed to simplify the operation instructions. The effectiveness of the proposed research is examined by simulation and experiments. The innovation of the robot is that it can complete shelving book task on the premise of adapting present library to the most extent.
SMC'03 Conference Proceedings. 2003 IEEE International Conference on Systems, Man and Cybernetics. Conference Theme - System Security and Assurance (Cat. No.03CH37483), 2003
International Journal of Engineering Research and Technology (IJERT), 2015
https://www.ijert.org/library-assisting-robot https://www.ijert.org/research/library-assisting-robot-IJERTV4IS040500.pdf With the development of technology amount of books, kind of newspapers and magazines holding in modern library increase sharply. The following management works become terrible day by day and if it depends only on traditional manual operations, it will not only be consuming more and more manpower, material resource and financial resource but also reduces the dependability of the management. So it is inevitable trend to bring intelligence into libraries which replace the manual work with machine. In our proposed model, the book returned is placed in the conveyor unit of robot called "LIBRARIAN" which sense the book. The RFID scanner placed in the module reads the RFID tag and details of the book is obtained along with corresponding stop pit address. PIC 16F887 is the control unit. The robot is designed to be a line follower. Using the concept of "line tracer", tracks are provided which facilitates the robot to navigate along the book shelf, using the IR sensors, and place the book at corresponding shelf. This robot can be designed and build to function as a shelf reader in a library, replacing hundreds of man-hours typically required in library today using standard manual shelf reading process.
2019
Artificially intelligent robots have penetrated into almost all the fields of life including libraries which can do things even human incapable of with higher efficiency. This paper sheds light on how artificial intelligence (AI) can be effectively adapted in libraries with a special eye on 'robots'. Many of the libraries have piloted this technology such as NY Public Library, Temasek Polytechnic Library, UMKC Library, University of Chicago Library, Shanghai Library and so on.These libraries have found the deployment as fruitful.Robots can be used for a variety of operations within the library like book arrangement, sorting, retrieval, material handling and inventoryetc. The technology is at its infancy stage in India which will gradually get the required momentum in comingdays. This paper will be beneficial to know the way in which AI technologies can be integrated for supporting various library operations.
Carlo Crivelli. Le relazioni meravigliose, Silvana editoriale, Genova , 2022
L’intervento di restauro della Madonna con il Bambino di Palazzo Buonaccorsi effettuato in occasione della mostra Carlo Crivelli Le relazioni meravigliose, ha portato a importanti e sorprendenti risultati Il team di restauro insieme alle curatrici sono infatti giunti ad affermare che la Madonna Buonaccorsi sia stata inequivocabilmente dipinta su tela e non su tavola, come fino a ora creduto Questa nuova definizione fa dell’opera l’unico esempio di dipinto su tela conosciuto del pittore veneziano e, come spesso succede con le scoperte, impone una revisione di equilibri e informazioni fino a oggi dati per certe, oltre a porre nuovi quesiti e nuove sfide di ricerca
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