Implementing Medical Business Processes Integrating Server Technologies

In this paper we describe a BPM solution implemented by integrating server technologies in a SOA manner. Our solution empowers healthcare workers to more efficiently and effectively create clinical forms and contribute in clinical business processes. The clinical forms are XML documents created either using a special editor or web forms. Shared access and document management facilities are supported via the SharePoint services while business processes management is driven by the BizTalk server. The integration between servers and components is realized via Web Services, adapters, and event handlers. The core logic behind business processes is implemented via BEPL constructs that obtain clinical forms, perform the requested data transformations, store data into the database, and push forms further into business processes. Event handlers receive forms from processes and, according to the routing information, deliver them to recipients. Web services provide SOA glue and lookups

Extensible Markup Language: An Enterprise Integration Web Delivery System

This study investigates XML technology as a standard format for data transfer on the Web. It describes several compelling reasons why XML is a particularly useful technology for representing structured systems management information. XML is a markup language used for data structure in a textual form. A specific goal of XML is to keep most of the descriptive power of SGML, while removing as much of the complexity as possible. XML is similar in concept to HTML, but whereas HTML is used to convey graphic information about a document, XML is used to represent structured data in a document. It is no wonder, global businesses are rushing to implement XML technology

Scalability, Interoperability and Movement of Data on the Web Using XML Technology

Today\u27s economy pulses with electronic vibrancy, extensible Markup Language (XML) has prompted individuals and organizations to discover new and creative ways of enhancing existing technologies and creating new ones. This study investigates emerging XML-related technologies that cover abroad range of industries and their organizational systems. XML provides access to a plethora of technologies for manipulating, structuring, transforming and querying data

Metainformationssysteme – Backbone der Anwendungssystemkopplung

Die Kopplung von Anwendungssystemen ist als komplexes Entwicklungsproblem im Sinne der Wirtschaftsinformatik zu begreifen. Der Beitrag ordnet aktuelle Standards und Technologien den Entwicklungsphasen der Informationssystementwicklung als Gestaltungsoptionen zu. Anhand von Terminologien und Nachrichtenstandards wird die Bedeutung von Metainformationssystemen gezeigt und es wird die Architektur der Terminologischen Klammer zur Kopplung von Anwendungssystemen eingeführt. Mittels der Kombination von Entwicklungsphasen und Abstraktionsebenen wird ein Rahmenmodell zur Kopplung von Anwendungssystemen eingeführt, welches der Strukturierung von Entwicklungsaufgaben und Beziehungen von Metainformationssystemen bei der Anwendungssystemkopplung dient. <br/

A study of .net framework, SML wev services and supply chain management

The. primary purpose of this paper is to explore Microsoft\u27s platform - .Net, Web services, and XML for supply chain management. The following topics are studied: 1) The development of scripting languages for a supply chain management application; 2) The use of XML to enhance compatibility of the scripted applications; and 3) The implementation issues of Microsoft .Net platform. To answer the research questions, a technique similar to content analysis is used in this study. Seventeen case studies regarding the implementation of the .Net Web Services are examined

Custom Windows Patching Methodology - Comparative Analysis

Windows Server Update Services has been a common mainstay among organizations with a heavy footprint of Windows operating systems since it was originally released as Software Update Services in 2002. While the product has grown in scope, the primary allure remains the same: WSUS offers organizations greater control over the patches that are released to their environment and saves bandwidth by allowing a centralized device to download and offer patches to internal clients rather than having each of those clients download the content they require from the Internet. Unfortunately, the product has a structural limitation in that it lacks the capacity to provide high-availability to the metadata synchronization process that must occur in order to deliver the most up-to-date patches to endpoints. WSUS metadata contains details about the individual updates, EULAs, and supersedence relationships. Due to design limitations and the growing concern of outages, a solution was developed to supplement and perhaps replace WSUS in certain scenarios. This solution, dubbed the Custom Patching Manager (CPM), is an extension of a concept originally started by Alejandro Gómez Galindo and finds middle-ground between Windows Server Update Services and Windows Update using freely available software. The solution assesses the vulnerabilities of a system or systems, determines whether or not the patches are part of an approved list, determines whether or not the content for missing updates is available locally, acquires that content depending on the previous step, and applies the patches to the endpoint. This proof-of-concept proved functional and reliable but would benefit from some optimizations that have been recommended as future works

PATH CREATION IN THE RAILROAD INDUSTRY: DIMENSIONS OF DESIGN IN IT-ENABLED INNOVATION

Taking a process research approach, we have followed a government agency in the railroad industry over a six-year-period as they have engaged in an IT-based innovation project. Providing empirical insights into this process and using path creation theory to analyse our case, we further our understanding of how IT-based innovations evolve over time by highlighting its multi-dimensional nature. We conclude that IT-based innovations cannot be fully understood from the material design dimension alone, i.e., by only focusing on the artefact. IT-based innovation affects and is affected also by what mental models we bring and what actors are engaged in the process. Our work thus contributes to the innovation research by showing that a focus on the material dimension only is insufficient and may result in a prolonged struggle that will not be resolved until looked upon also from a cognitive and/or organisational dimension. The inclusion of all these three dimensions from the outset may lessen the friction involved in IT-based innovation projects

A Framework for XML-Based Workflow Interoperability - The AFRICA Project

With the advance of electronic business relationships over the internet, the linking of cross-organizational business processes in virtual supply chains and other scenarios is rapidly increasing. Existing standards for the interoperability of information systems on the business process level are being adapted to suit the needs of the Internet economy. Especially the use of XML as a domain-independent encoding standard for business documents has led to the development of business frameworks such as BizTalk or open/EDI, and interoperability mechanisms that support these standards are being developed. In this paper we describe an architecture for the support of cross-organizational workflows through XML messages. This architecture has been implemented and tested within the AFRICA project at the University of Muenster, Germany. While our work is based upon the emerging Wf-XML standard of the Workflow Management Coalition, it contains a number of significant enhancements that provide a secure, reliable management of global workflow processes