Distributed software built from components has become a mainstay of service-oriented
applications, which frequently undergo reconfigurations to adapt to changes in their …

For large-scale distributed systems that need to adapt to a changing environment,
conducting a reconfiguration is a challenging task. In particular, efficient reconfigurations …

A general framework is set up for the application of genetic algorithms in curve design. Then,
within this scheme, the problem of spline interpolation-a frequently used method for …

This paper studies the feasibility of efficiently combining both a software component model
and a task-based model. Task based models are known to enable efficient executions on …

As the computation power of modern high performance architectures increases, their
heterogeneity and complexity also become more important. One of the big challenges of …

High-performance applications whose structure changes dynamically during execution are
extremely complex to develop, maintain and adapt to new hardware. Such applications …

High-Performance Computing (HPC) software is rapidly evolving to support a wide variety of
heterogeneous applications. Traditionally, HPC applications are built using the message …

Component-based programming is a programming paradigm that eases software reuse but
has yet to be widely adopted in scientific computing. We propose to embed component …

Abstract Traditionally, High Performance Computing (HPC) software has been built and
deployed as bulk-synchronous, parallel executables based on the message-passing …

High performance computing (HPC), as other domains, is facing growth of the complexity of
both hardware and software. Hardware complexity can be observed in the diversification of …