Arya: um serviço de registro de localização de objetos utilizando RFIDS passivas

Abstract

The Federal University of Ceará (UFC) has undergone an infrastructure, heritage, student and server expansion in recent years. This growth was accompanied by the development of systems and new technologies in order to assist service automation, communication sectors, cataloguing and control of equipment movement. There are a variety of ways that the employed systems catalog and distribute the basic information of these entities for software recognition, such as enrollment and tipping. Observing the convenience of the existence of a record of presence of physical objects, in different locations of the environment and in a temporal instant, for the realization and proof of various services, such as classroom calls, book loan in the library and real-time registration for university restaurant use. In view of the need for those who enjoy the infrastructure of the academic environment and whouse services and systems, as well as the cost generated for the creation of new systems, and having as a determining factor the diversity of representations, the location of such items is not possible in a unified way. It is proposed to create a set of Application Programming Interfaces that provide a set of services that allow the use of various systems, through basic data about objects and their locations, as well as the creation of a method or tool that allows the classification and grouping of all objects and physical entities, attaching everything to a current and future scenario. All this through a platform that allows the collection and management of unified information from objects so that you can generate a object presence record, using RFID tag reading for object control, a numbering to catalog in a single and individual way all objects and a set of services to manage such information temporally. Use cases have been developed that refer to registration applications called students in the classroom and university heritage movement screening between sectors. Both cases use the proposed architecture in order to demonstrate its usability in helping to create different systems.