Full Index for Scripted foilset 
| We distinguish multidisciplinary problems, metacomputing and Interoperable interfaces |
| We need to consider difficulties of metaproblems, metacomputers and even harder meta-institutions |
| we illustrate with two examples: one from Europe couples two applications (CFD and structures) |
| One ASOP, from an ambitious NASA funded industry study considers Integrated Product and Process Development of a future aircraft |
| We discuss in consequence of Web distributed computing framework |
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1
Multidisciplinary Applications MAPINT 97 Dayton 16 June 97
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Abstract of Multidisciplinary Application Talk
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3 Important Areas! What are we doing and What are we not doing!
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Interoperable Interfaces
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VPL 2.0 File Manager Screen
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Login to SP2 with a Web Interface at NIST - I
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Login to SP2 with a Web Interface at NIST - III
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Multidisciplinary Applications
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Metacomputing
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Metacomputing Includes
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The Mapping of Heterogeneous Metaproblems onto Heterogeneous Metacomputer Systems
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Computer Science Issues in 3 Categories
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Possible Java Frameworks for Computing
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New Java Frameworks for Advanced Web Services (I)
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New Java Frameworks for Advanced Web Services (II)
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Possible Java Frameworks for Computing
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Too many Frameworks!
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Proposed Java Computing Services Framework
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Implementation of a Java Computing Framework
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What is the HPJava@NPAC
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Motivation of HPJava@NPAC - I A high performance Java Framework
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Motivation of HPJava@NPAC - II A high performance Java Framework
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Mechanisms for Data Parallelism in HPJava
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Computing Services at 3 levels
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Java Server versus HP level - I
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Java Server versus HP level - I
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Technology Convergence Roadmap - Overview
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Java Server versus HP level - II
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Role of Collaboratory Systems
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HPJava@NPAC Prototype SubSystems - I
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WebFlow Integration
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WebFlow and PCRC
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General Web Integration Model
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Integrated Compiled and Interpreted Environments II
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Linkage of HPF Interpreter to Compiler
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HPJava@NPAC Prototype SubSystems - II (components)
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Two Examples of Multidisciplinary Applications
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The CISPAR Multidisciplinary Project
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Computing Model in CISPAR
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Coupling in CISPAR
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COCOLIB Features
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Three Possible Implementations
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ASOP and Multidisciplinary Analysis and Design(MAD)
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ASOP Implemented on the NII for Aeronautics Systems
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Architecture of Web Software
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Use of NII Services in Particular Applications
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Cost is the Major Technology Challenge
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Life Cycle Cost is a Design Variable in ASOP
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NII Enhances ASOP in a Multi-Organization Activity
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1.5 Cost Model Toolkit
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1.6 Process Modeling Toolkit
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ASOP Process Modeling Toolkit
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1.7 Simulation Engine
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2.0 ASOP Object Backplane - Integration Services to Users
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Phase 2 Implementation Framework - Engineous
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Phase 3 Engine Design & Manufacturing
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2.1-2.5 ASOP Object Backplane Leverages NII
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2.1 Collaboration Services - Support Virtual Co-location
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2.2 Configuration Control Services - Critical for User
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2.3 Metacomputing Services - Distributed Computing
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2.4 Security and Access Services - Critical to ASOP
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2.5 Object & Data Services - Robust Integration for ASOP Full WebWisdom URL and this Foilset Search
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