An Automated WSDL Generation and Enhanced SOAP Message Processing System for Mobile Web Services

Web services are key applications in business-to-business, business-to-customer, and enterprise applications integration solutions. As the mobile Internet becomes one of the main methods for information delivery, mobile Web Services are regarded as a critical aspect of e-business architecture. In this paper, we proposed a mobile Web Services middleware that converts conventional Internet services into mobile Web services. We implemented a WSDL (Web Service Description Language) builder that converts HTML/XML into WSDL and a SAOP (Simple Object Access Protocol) message processor. The former minimizes the overhead cost of rebuilding mobile Web Services and enables seamless services between wired and wireless Internet services. The latter enhances SOAP processing performance by eliminating the Servlet container (Tomcat), a required component of typical Web services implementation. Our system can completely support standard Web Services protocol, minimizing communication overhead, message processing time, and server overload. Finally we compare our empirical results with those of typical Web Service

Conceptual Model for Bomb Victims Information System (BVIS) In Iraq Using WAP Standard

Many Iraqis have died resulting from insurgent bombings, revenge killings and U.S. military intervention during the 2003 invasion. This situation led to the destabilization of the security in the country and increased the number of dead and missing, making the search for missing loved ones very complex. To find a missing person, many procedures needed to be satisfied, one of which is to search in the area of bomb explosion, in the casualties section of the hospitals and in the police stations. Moreover, the Iraqis who are killed by terrorists are published in the newspapers but they do not account for all the victims and their information are imprecise. Wireless Application Protocol (WAP) is a technology that may provide the solution to problem of looking for loved ones. WAP is characterized as easy, fast delivery of relevant information and services to mobile users. It is a secure technology allowing users to access instant information through wireless handheld devices like mobile phones, pagers, two-way radios, smart phones and communications. The goal of the present study is to develop a conceptual design model of Bomb Victims Information System (BVIS) through the use of WAP Standard to provide information regarding Iraqi bomb victims

Development of a 3G Authentication Based Mobile Access of Health Records: A Mobile Telemedicine Application

As our country progresses in its aim to be a developed country by the Year 2020, the field of Information and Communications Technology or ICT is fast becoming the forerunner for the vision. The Internet is used in almost all aspects of life. As for the communications sector, according to Global Mobile Subscriber Database December 2002 report, there are 8,814,700 mobile subscribers in Malaysia with an Annual Growth of 16.6%. Withthe adoption of 3G-communication technology in the coming years, compelling high speed services, reaching up to 2 Mb/s together with improved security features would soon be possible. Through these years in the mobile industry, the health sector has always been neglected. Reason being, the technology could not support the application and it is not so much of a revenue generating business compared to mobile games or sports news. With globalization where the society is always on the move across borders, together with degrading environment conditions and the need for time, instant health services are becoming crucial. Looking into these conditions of mobile adoption and health status, the author intends to develop a solution for a mobile telemedicine application. Kevin Hung (2003) defines telemedicine as the utilization of telecommunication technology for medical diagnosis, treatment and patient care. Thus, the main aim of this project was to develop an application that could be used for medical purposes. This project integrates the latest mobile telecommunication technologies together with medical services with the idea of providing a highly secured personalize medical system and database query as mobile handsets are becoming a necessity to individuals. This would make updating and retrieving medical health records hassle free, anytime and anywhere. This project has also laid the groundwork for future expansion by incorporating the basic audio and video streaming features. This report accounts for all the concepts, design works and results of the mobile telemedicine application that has been developed successfully

Gerência de alarmes em ambientes WEB, WAP e SMS usando as tecnologias SNMP, WBEM e CORBA

Dissertação (mestrado) - Universidade Federal de Santa Catarina, Centro Tecnológico. Programa de Pós-Graduação em Ciência da Computação.A operação eficiente e ininterrupta das redes de computadores é um requisito que tem sido cada vez mais cobrado atualmente. Uma falha na rede pode deixar instituições inteiras inoperantes. Por este motivo, detectar eventuais falhas e tomar ações corretivas de modo rápido e eficiente tem se tornado uma exigência de mercado. Deste modo, o Gerenciamento de Falhas em redes de computadores tem se tornado cada vez mais importante. Dentro deste contexto este trabalho propõem a implementação de uma aplicação destinada a detecção das falhas que mais prejudicam um ambiente de produção. Esta ferramenta foi desenvolvida em um ambiente WEB, WAP e SMS se propondo a ser um diferencial através da união de tecnologias como WBEM, SNMP e CORBA. O objetivo básico desta aplicação é prover um meio eficiente para a detecção e notificação de falhas, assim como, o acompanhamento das eventuais soluções para o problema