The scheduling algorithms in software architecture modeling
Jiang Guo, Yuehong Liao
Abstract
Jiang Guo, Yuehong Liao
Abstract
A critical issue for complex component-based systems design is the modeling and analysis of architecture. Architectural specifications of software systems show them as a collection of interrelated components, and constitute what has been called the software architecture level of software design. It is at this level where the description and verification of structural properties of the system are naturally addressed. The scheduling algorithms play important roles in the software architecture modeling. These algorithms can be used to model the performance aspects of the software architecture. We have developed a tool - the Web-based software architecture prototyping system (SAPS) - in a distributed environment to meet the requirements of integrating software components into heterogeneous networks. This paper discusses the scheduling algorithms used in the software architecture modeling.
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A critical issue for complex component-based systems design is the modeling and analysis of architecture. Architectural specifications of software systems show them as a collection of interrelated components, and constitute what has been called the software architecture level of software design. It is at this level where the description and verification of structural properties of the system are naturally addressed. The scheduling algorithms play important roles in the software architecture modeling. These algorithms can be used to model the performance aspects of the software architecture. We have developed a tool - the Web-based software architecture prototyping system (SAPS) - in a distributed environment to meet the requirements of integrating software components into heterogeneous networks. This paper discusses the scheduling algorithms used in the software architecture modeling.
Key concepts: Computer science, Reference architecture, Software architecture description, Software architecture, Resource-oriented architecture, Component-based software engineering, Architecture tradeoff analysis method, Software construction