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ArchStudio |
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| Contact
Information
Professor Richard N. Taylor
University of California, Irvine |
ArchStudioArchStudio is an extensible, integrated software development environment for software architectures This page contains information about the older ArchStudio 2.0 project Latest ArchStudio -- Arch Studio 3.0ArchStudio3.0 is the latest version of this design environment. Note: This page contains info on an older version of ArchStudio. If you want to see ArchStudio 3.0 please follow the link below: ArchStudio 3.0ArchStudio 3.0 uses xADL 2.0, a general extensible XSchema -based XML Architecture Description Language. This along with other enhancements and collaborations with leading research institutions across the globe have made ArchStudio 3.0 a significant and new development environment for examining software architectures. ArchStudio 2.0ArchStudio 2.0 is an early Java 1.1 based development environment for dynamic architectures incorporating a number of software architecture tools. It was first designed in 1996 and provides a platform on which concepts of dynamic real-time in-field application adpatation and evolution were tested. A demo version is available for download below under dowloads. OverviewAn overview of the ArchStudio 2.0 environment and its XML-based integration stategy. Included is a diagram of the Architecture of the ArchStudio2 system. This diagram is in C2-style depicting various componenets in the system and displaying how they are integrated. DownloadsDownload ArchStudio 2.0 Demo! Action Items for ArchStudio:
DocumentationGet instructions for using and extending the ArchStudio environment. PapersThe research papers in the link above describe ArchStudio in more detail, including its XML-based model called xADL, its UML modeling capabilities, architectural analyses, and support for dynamic architectures. Additional papers about the C2-stle, dynamic architectures, ADLs, and design environments for software architectures can be found on this same page. |
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Acknowledgement This material is based upon work sponsored by the Air Force Materiel Command, Rome Laboratory, and the Defense Advanced Research Projects Agency under Contract Number F30602-94-C-0218. The content of the information does not necessarily reflect the position or the policy of the Government and no official endorsement should be inferred. |
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