InhaltsangabeContributing Authors. Preface. Part I: Problem Solving Environments: Enabling Technology for Computational Science. 1. Future Challenges for Scientific Simulation; J.R. Rice. 2. Workshop on Scientific Knowledge, Information and Computing; R. Bramley, et al. 3. Scalable Software Libraries and PSEs; J.R. Rice, R.F. Boisvert. 4. The 21st Century Emergence of the MPSE; A.J. Baker. 5. PPK: Towards a Kernel for Building PSEs; S. Weerawarana, et al. 6. Managing Specificity and Generality in PSEs; D. Dabdub, et al. 7. Toward a Human Centered Scientific Problem Solving Environment; T.T. Hewett, J.L. DePaul. 8. Problem Solving Environments and Symbolic Computing; R.J. Fateman. Part II: Domain Specific PSEs: Characteristics for Computational Science. 9. SciNapse: A Problem Solving Environment for PDEs; R.L. Akers, et al. 10. The Linear System Analyzer; D. Gannon, et al. 11. VECFEM - Solver for Non-linear Partial Differential Equations; L. Grosz. 12. Khoros: An IDE for Scientific Computing and Visualization; D. Argiro, et al. 13. Workbench for Interactive Simulation of Ecosystems; R.G. Knox, et al. 14. PELLPACK: A PSE for PDE Applications on Multicomputer Platforms; E.N. Houstis. 15. WBCSim: A Prototype PSE for Wood-Based Composites Simulations; A. Goel, et al. Part III: Frameworks, Middleware and Software: Enabling and Delivering the Problem Solving Power. 16. A Problem Solving Environment for Network Centric Computing; S. Hariri, et al. 17. Multiagent Recommender Systems in Networked Scientific Computing; A. Joshi, et al. 18. Performance of Network-Based Problem-Solving Environments; R.I. Balay, et al. 19. A Java Framework for Internet Distributed Computations. 20. Network based PSEs for PDE Computing; S. Markus, et al. 21. Data Mining Environment for Modeling Performance of Scientific Software; E.N. Houstis. 22. TechTALK: A Web Based System for Mathematical Collaboration; Y.N. Lakshman, et al. Part IV: Steering, Generation and Validation: Tools for Building and Using PSEs. 23. Visual Steering of the Simulation Process: NCAS; S. Kawata, et al. 24. Softlab: A Virtual Laboratory Framework for Computational Science; A.C. Catlin, et al. 25. Design Issues in a MATLAB-based Environment for Numerical Programs; L. DeRose, et al. 26. The Ctadel Application Driver; R. van Engelen, et al. 27. Visual Steering of Grid Generation; Y. Zheng, et al. 28. Aquarels: A PSE for Validating Scientific Software; O. Beaumont, et al. Part V: A PSE Bibliography. References. Index.

Contributing Authors. Preface. Part I: Problem Solving Environments: Enabling Technology for Computational Science. 1. Future Challenges for Scientific Simulation; J.R. Rice. 2. Workshop on Scientific Knowledge, Information and Computing; R. Bramley, et al. 3. Scalable Software Libraries and PSEs; J.R. Rice, R.F. Boisvert. 4. The 21st Century Emergence of the MPSE; A.J. Baker. 5. PPK: Towards a Kernel for Building PSEs; S. Weerawarana, et al. 6. Managing Specificity and Generality in PSEs; D. Dabdub, et al. 7. Toward a Human Centered Scientific Problem Solving Environment; T.T. Hewett, J.L. DePaul. 8. Problem Solving Environments and Symbolic Computing; R.J. Fateman. Part II: Domain Specific PSEs: Characteristics for Computational Science. 9. SciNapse: A Problem Solving Environment for PDEs; R.L. Akers, et al. 10. The Linear System Analyzer; D. Gannon, et al. 11. VECFEM - Solver for Non-linear Partial Differential Equations; L. Grosz. 12. Khoros: An IDE for Scientific Computing and Visualization; D. Argiro, et al. 13. Workbench for Interactive Simulation of Ecosystems; R.G. Knox, et al. 14. PELLPACK: A PSE for PDE Applications on Multicomputer Platforms; E.N. Houstis. 15. WBCSim: A Prototype PSE for Wood-Based Composites Simulations; A. Goel, et al. Part III: Frameworks, Middleware and Software: Enabling and Delivering the Problem Solving Power. 16. A Problem Solving Environment for Network Centric Computing; S. Hariri, et al. 17. Multiagent Recommender Systems in Networked Scientific Computing; A. Joshi, et al. 18. Performance of Network-Based Problem-Solving Environments; R.I. Balay, et al. 19. A Java Framework for Internet Distributed Computations. 20. Network based PSEs for PDE Computing; S. Markus, et al. 21. Data Mining Environment for Modeling Performance of Scientific Software; E.N. Houstis. 22. TechTALK: A Web Based System for Mathematical Collaboration; Y.N. Lakshman, et al. Part IV: Steering, Generation and Validation: Tools for Building and Using PSEs. 23. Visual Steering of the Simulation Process: NCAS; S. Kawata, et al. 24. Softlab: A Virtual Laboratory Framework for Computational Science; A.C. Catlin, et al. 25. Design Issues in a MATLAB-based Environment for Numerical Programs; L. DeRose, et al. 26. The Ctadel Application Driver; R. van Engelen, et al. 27. Visual Steering of Grid Generation; Y. Zheng, et al. 28. Aquarels: A PSE for Validating Scientific Software; O. Beaumont, et al. Part V: A PSE Bibliography. References. Index.

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