Scientific Computing in Object-Oriented Parallel Environments: First International Conference, ISCOPE '97, Marina del Rey, California, December 8-11, 1997. Proceedings - Tapa blanda

Sinopsis

Runtime support for multi-tier programming of block-structured applications on SMP clusters.- Automatic run-time code generation in C++.- A comparison of performance-enhancing strategies for parallel numerical object-oriented frameworks.- Design and performance improvement of a real-world, object-oriented C++ solver with STL.- Evaluating high level parallel programming support for irregular applications in ICC++.- Processing sparse vectors during compile time in C++.- Will C++ be faster than Fortran?.- The design and evolution of the MPI-2 C++ interface.- Efficient extensible synchronization in Sather.- Experiences with an object-oriented parallel language: The CORRELATE project.- Towards a parallel C++ programming language based on commodity object-oriented technologies.- A compile-time meta-level architecture supporting class specific optimization.- An object-oriented approach to the implementation of a high-level data parallel language.- A framework for parallel adaptive finite element methods and its template based implementation in C++.- Parallel array class implementation using C++ STL adaptors.- A multithreaded Java framework for solving linear elliptic partial differential equations in 3D.- Automatic binding of native scientific libraries to Java.- JAPE: The Java parallel environment.- An architecture in Java for mobile computation.- The extensible Java preprocessor kit and a tiny data-parallel Java.- Numerical solution of PDEs on parallel computers utilizing sequential simulators.- The trio-unitaire project: A parallel CFD 3-dimensional code.- Overture: An object-oriented framework for solving partial differential equations.- Optimization of data-parallel field expressions in the POOMA framework.- MC++ and a transport physics framework.- The role of abstraction in high-performance computing.- Design of a data class for parallel scientific computing.- Describing objects in parallel ECEM image reconstruction.- Flow in porous media using NAO finite difference classes.- An object-oriented programming suite for electrostatic effects in biological molecules An experience report on the MEAD project.- A portable, object-based parallel library and layered framework for real-time radar signal processing.- Aspect-oriented programming of sparse matrix code.- Client/server architecture in the ADAMS parallel object-oriented database system.- Pattern-based object-oriented parallel programming.- The IceT environment for parallel and distributed computing.- A general resource reservation framework for scientific computing.

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