This paper aims at presenting a project that joins the efforts to reduce the trade of counterfeit products, by developing an RFID-based integrated system, which would constitute a secure and low cost solution for the authentication of brand products, as well as for monitoring their traceability, building at the same time a software support for the control of distribution along the supply chain.

This paper presents the principles governing the design and development of a mobile application, as well as various aspects regarding its integration into a more complex RFID_B2B (Radio Frequency Identification -Business to Business) system. Extending the applicability of RFID_B2B systems represents the main goal of such applications, which are generally expected to handle large amount of data, to operate in stand-alone mode and to allow their easy integration into complex RFID_B2B systems. The paper proposes new solutions and ideas regarding the design and development of a secure and very fast method for the communication and synchronization between the B2B servers and a mobile application running on various mobile devices.

No abstract

No abstract

This paper introduces a new client-server messaging engine used to exchange clinical data between various medical software applications. Our portal uses the HL7 (Health Level Seven) messaging standard to provide translated clinical data to HL7 and non-HL7 client applications. We used HL7 because this standard is worldwide used to facilitate the communication between clinical applications