Development Of RFID Applications Research Articles

Design of A New Fuel Recognation System Based on RFID

With a new system that is developed by using RFID technology, especially in fuel stations, is intended to provide a solution to the problems that occurs during refuelling such as wrong fuel filling and incorrect use of pump. In this study, the RFID tags were used that placed to fuel filling points of vehicles and fuel and contains the fuel information in the proposed system. An interface is designed for Visual tracking of the system using the C# programming language. The developed interface is worked with the integrated RFID application development kit. Reading and writing operations on tags are performed via this kit. The results are shown in the interface display. Information storage process is done by means of a database created on both server systems and in its memory of the tag. Also in the mini-survey results made under this thesis, it was concluded that would be opinion to the solution of that a system to the financial loss at fueling stations and to the depreciation of the station. As a result, it has been an effective and practically solution in front of the fuel filling fault with system developed in this study. So traffic and vehicle problems that can occur these types of errors will be prevented, as a result.

Exploring the Innovative Value of the RFID Industry

Nearly every industry is increasingly reliant on patent protections, and the future of entire industries and even countries can be analyzed and predicted based on patent development. Countries are responding to the rapid development of RFID applications by aggressively protecting pursuing and protecting RFID innovations. This study examines a number of patent indicators to predict and explain future technological developments in the RFID industry, thus providing insights for economic planning at the national scale. Patent indicators such as the number of patent applications and Patent Cooperation Treaties (PCTs) are used to analyze technological development trends in the context of overall development for Europe, Asia, and America, and to identify valuable technological development directions. Distributions of RFID patents are then used with the Revealed Patent Advantage (RPA) to conduct cluster analysis of K-means, thus providing insight into relative regional technological advantages in RFID development. Finally we discuss the future creative value of the Taiwanese market and its development direction.

FlexRFID: A design, development and deployment framework for RFID-based business applications

The surge of RFID technology and ensuing competition in the RFID vendor market has increased the complexity of integration of RFID into current business processes. To address this problem, we present FlexRFID, a modeling template composed of state indicators, conditions, a simulation engine, and a device-independent deployment architecture for rapid prototyping of control applications using RFID and sensor hardware. The modeling technique is based on Moore Machines, a variant of finite state automata that allow states to be associated with outputs. With FlexRFID, users design applications by modeling business logic via transition of states based on sensor events. Outputs associated with individual states can handle operational characteristics of the application. In this article, we present the modeling methodology and demonstrate how organizations can develop complex applications easily using FlexRFID. We believe that the simplicity and flexibility of FlexRFID will lead to the development of RFID applications quickly even with limited resources. In addition, the parking entry application presented in our paper demonstrates FlexRFID's capability of being used in business application context, as well as in research, training, and teaching.

REFiLL: A lightweight programmable middleware platform for cost effective RFID application development

Middleware platforms for RFID data filtering and collection tend to be resource intensive, costly and/or provide a low degree of programmability. In this paper, we introduce REFiLL, a lightweight middleware framework that can significantly ease the development of RFID systems. The introduced framework fits within the overall EPC global network architecture as a programmable filtering solution, sitting between the EPC (Electronic Product Code) reader virtualization layer and EPC application level events. Thanks to a set of well defined programming constructs, REFiLL renders application development a task of authoring a set of XML-based files, which are also editable within a visual development environment. Following the presentation of the REFiLL framework, we also describe the process of application development, along with sample prototype applications.