Enabling Technologies for Computational Science

1 Future Challenges for Scientific Simulation.- 2 Workshop on Scientific Knowledge, Information and Computing.- 3 Scalable Software Libraries and PSEs.- 4 The 21 st Century Emergence of the MPSE.- 5 PPK: Towards a Kernel for Building PSEs.- 6 Managing Specificity and Generality in PSEs.- 7 Toward a Human Centered Scientific Problem Solving Environment.- 8 Problem Solving Environments and Symbolic Computing.- 9 SciNapse: A Problem Solving Environment for PDEs.- 10 The Linear System Analyzer.- 11 VECFEM - Solver for Non-linear Partial Differential Equations.- 12 Khoros: An IDE for Scientific Computing and Visualization.- 13 Workbench for Interactive Simulation of Ecosystems.- 14 PELLPACK: A PSE for PDE Applications on Multicomputer Platforms.- 15 WBCSim: A Prototype PSE for Wood-Based Composites Simulations.- 16 A Problem Solving Environment for Network Centric Computing.- 17 Multiagent Recommender Systems in Networked Scientific Computing.- 18 Performance of Network-Based Problem-Solving Environments.- 19 A Java Framework for Internet Distributed Computations.- 20 Network based PSEs for PDE Computing.- 21 Data Mining Environment for Modeling Performance of Scientific Software.- 22 TechTALK: A Web Based System for Mathematical Collaboration.- 23 Visual Steering of the Simulation Process: NCAS.- 24 Softlab: A Virtual Laboratory Framework for Computational Science.- 25 Design Issues in a MATLAB-based Environment for Numerical Programs.- 26 The Ctadel Application Driver.- 27 Visual Steering of Grid Generation.- 28 Aquarels: A PSE for Validating Scientific Software.- A PSE Bibliography.- References.