Object-Oriented Methods and Tools.
Umesh Bellur, Gary Craig, D. Lea, Kenn Shunk
Abstract
Umesh Bellur, Gary Craig, D. Lea, Kenn Shunk
Abstract
Abstract : This project seeks to address the development of software systems targeted for heterogeneous distributed systems. In particular, this work is aimed at the discovery and construction of software development methods, corresponding software tools (programs), and consistent infrastructure that improve the quality and productivity of object-oriented (00) software engineering. DIAMONDS is the core project of this effort. The two major goals of the DIAMONDS project are: (1) the specification and validation of a sound object-oriented software development methodology for heterogeneous distributed processing, and (2) the development and support of an object (software) composition model which permits a system to effectively exploit an application's inherent concurrence with efficient communication and management overhead. The overall goal of DIAMONDS is to produce a methodology and supporting infrastructure such that the mapping of an application to system resources dynamically reflects algorithmic parallelism, computational needs, and the current state of the system. These goals, when met, greatly enhance the ability of a software product to be effectively deployed in a wide variety of system settings.
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Abstract : This project seeks to address the development of software systems targeted for heterogeneous distributed systems. In particular, this work is aimed at the discovery and construction of software development methods, corresponding software tools (programs), and consistent infrastructure that improve the quality and productivity of object-oriented (00) software engineering. DIAMONDS is the core project of this effort. The two major goals of the DIAMONDS project are: (1) the specification and validation of a sound object-oriented software development methodology for heterogeneous distributed processing, and (2) the development and support of an object (software) composition model which permits a system to effectively exploit an application's inherent concurrence with efficient communication and management overhead. The overall goal of DIAMONDS is to produce a methodology and supporting infrastructure such that the mapping of an application to system resources dynamically reflects algorithmic parallelism, computational needs, and the current state of the system. These goals, when met, greatly enhance the ability of a software product to be effectively deployed in a wide variety of system settings.
Key concepts: Computer science, Software development, Software engineering, Software system, Software construction, Component-based software engineering, Software, Systems engineering