E-CARES Research Project: Understanding Complex Legacy Telecommunication Systems
نویسندگان
چکیده
There are many reasons for reverse engineering or reengineering legacy systems. To date, many approaches concerning re-engineering of legacy systems have been made. The majority of these approaches are dealing with systems in the field of business applications. This paper describes the work performed for the E-CARES project so far. This project is concerned with understanding and re-structuring complex legacy telecommunication systems. In contrast to business applications embedded systems, e.g. telecommunication systems, have additional requirements regarding fault tolerance, reliability, availability, and response time. We found that these requirements have a significant impact on the software part of an embedded system. It has different characteristics concerning structuring, inter-program communication, etc. Therefore, an approach is presented that includes usage of “dynamic” information, multi-level abstraction/visualization, and user interaction to improveion/visualization, and user interaction to improve the understanding of telecommunication systems.
منابع مشابه
Graph-Based Structural Analysis for Telecommunication Systems
Many methods and tools for the reengineering of software systems have been developed so far. However, the domain-specific requirements of telecommunication systems have not been addressed sufficiently. The E-CARES project is dedicated to reverse engineering of complex legacy telecommunication systems by providing graph-based tools. With E-CARES, the software architecture of a telecommunication ...
متن کاملE-CARES Project: Reengineering of PLEX Systems
One important field of application for embedded realtime systems is in the telecommunications industry. The first phase of the E-CARES reengineering project concerned the architecture modeling and the reverse engineering of telecommunication systems implemented in the programming language PLEX. Now, we study the restructuring of such systems including their re-design and re-implementation. This...
متن کاملE-CARES Project: Reengineering of Telecommunication Systems
One important field of application for embedded real-time systems is in the telecommunications industry. In the first phase of the E-CARES reengineering project, we regarded the architecture modeling and the reverse engineering of telecommunication systems. Current work concerns the restructuring of such systems including their re-design and re-implementation. The aim is to provide concepts, la...
متن کامل6 E - CARES research project : Interactive , stakeholder - tailored re - engineering
The E-CARES project, which was initiated in 1999, is committed to researching reverse and re-engineering approaches of telecommunications software systems based on a graph transformation infrastructure. Ericsson’s AXE10 mobile-services switching center serves as a case study during the project. The progress of the E-CARES research project has been presented to this forum in the previous years. ...
متن کاملFlexible Support of Orb Interoperability Flexible Support of Orb Interoperability
The Camouflage Project is a national german research initiative led by the Deutsche Telekom. It aims at the provision of a TINA conform distributed processing environment based on existing legacy telecommunication systems. To achieve this goal new concepts for the interoperability between CORBA islands have been developed and implemented. This comprises pluggable Message Transfer Protocols and ...
متن کاملذخیره در منابع من
با ذخیره ی این منبع در منابع من، دسترسی به آن را برای استفاده های بعدی آسان تر کنید
عنوان ژورنال:
دوره شماره
صفحات -
تاریخ انتشار 2000