This paper is a case study of the effectiveness of component‐oriented development for
enhancing both productivity and performance for parallel programs. A process for converting …

Aspect-oriented programming enables developers to capture in separated aspect modules
concerns that are spread over different components in a system. This paper is an attempt to …

Features are increments in program functionality. Feature abstraction, the process of
abstracting programs into their constituent features, is a relatively common yet informal …

In this paper, an assembling mechanism of virtual instrument and an extensible virtual
instrument markup language are proposed. Using the Unix pipe mechanism, the virtual …

Parallel programming models using parallel tasks have shown to be successful for
increasing scalability on medium-size homogeneous parallel systems. Several …

This paper proposes the application of modern component‐oriented technologies to the
development of nuclear power plant simulators. On the one hand, as a significant …

SBASCO provides a new programming model for parallel and distributed numerical
applications which exploits the combination of software components and skeletons. This …

The SBASCO programming environment provides the developer of parallel and distributed
applications with high-level programming capabilities. This is achieved as a result of the …

To assemble virtual instrument applications by prefabricated blocks, a software breadboard
is proposed. The idea is borrowed from the breadboard that is used in the circuit. In the …

This thesis presents design and implementation approaches for the parallel algorithms of
computer algebra. We use algorithmic skeletons and also further approaches, like data …