The Business Adaptation and Interoperation project (previously known as "ArMaTure") will create improved understanding and technologies for organisations to work together effectively using integrated, scalable and adaptable software systems. Our vision is of our technologies being used by organizations and industries achieve fluid and adaptive interoperation.
The operations of business and government organisations are supported by software, but there are many challenges:
Research in the project centers on six related areas, targeting adaptability, mass interoperation, and scalability:
Our research is inspired by the use of business process technologies within our partners in Australian federal and state government agencies, and also in the Australian lending and conveyancing industries. The fundamental research and technology outcomes are expected to be transferable to use in many other industries, including health, e-science, and commerce.
ePASA is the most commercially advanced of the project technologies, and is undergoing field trials and commercial trials within government agencies and financial services institutions.
The key publications for each technology are given on their individual pages above.
All project publications are available from the NICTA publications page, and can be viewed by year of publication:
Many publications from previous related projects are also available from the NICTA publications pages: Adaptive Middleware, and LIXI Business Processes.
The Business Adaptation and Interoperation project has three years of funding, from the beginning of 2009.
The project follows and incorporates research directions, technologies, and relationships from previous projects and activities at NICTA: LIXI Business Processes, Adaptive Middleware, and e-Government.
The project team is based at Sydney ATP Lab, and in the Canberra Lab. We also have a number of PhD students working directly on project-related outcomes. See the Project Team page for more details.
For more information please contact Paul Mackie or Ross Jeffery.