re-ADA: Reliable Ada-based Descriptive Architecture for C4ISR via a Quantitative Interoperating Model Sheldon X. Liang Department of Computer Science Azusa Pacific University 901 E Alosta Ave. Azusa, CA 91702 626-815-5319 Lyle A. Reibling Department of Computer Science Azusa Pacific University 901 E Alosta Ave. Azusa, CA 91702 626-815-5428 John Betts Department of Computer Science Azusa Pacific University 901 E Alosta Ave. Azusa, CA 91702 626-815-5316 xliang@apu.edu ABSTRACT lreibling@apu.edu Keywords jrbetts@apu.edu Military commands must respond to a variety of situations by quickly assembling and organizing coalition forces consisting of different components from several countries. Dependable interoperability of their C4ISR systems is vital to the success of many military applications where pressing new requirements quickly emerge and undergo rapid change. In order to achieve dependable interoperability, a reliable infrastructure is critical to incorporating operational components into C4ISR systems. Software architectures and related techniques hold the answer to interoperable, reliable and evolvable C4ISR systems. This paper analyzes the major aspects of dependable interoperability for C4ISR, and presents a Quantitative Interoperating Model (QIM) for enabling seamless interconnection, effective intercommunication and dependable interoperation between heterogeneous components over the network. Based on the QIM, an approach is synthesized toward Reliable Ada-based Descriptive Architecture (re-ADA)
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Re-ADA: reliable Ada-based descriptive architecture for C4ISR via a quantitative interoperating model
Liang, Sheldon X.; Reibling, Lyle A.; Betts, John
Follow ACM SIGAda Ada Letters
, Volume 28 (3)
Association for Computing Machinery – Dec 1, 2008
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