Table of Contents
Object Models for Computational Science General Issues
Use of Java AND Distributed Objects in Computational Science
What’s the Point I
What’s the Point II
What’s the Point III
What’s the Point IV
Use of Java AND Distributed Objects in Computational Science
So What is a Portal?
Portals -- Continued
My Netscape Portal
Yahoo Portal to Stock Market Customized Displays
My Excite Specify Portal Content
Merrill Lynch Predictions Enterprise Information Portals
EIP Architecture and Different Components from Merrill Lynch
Building a Portal
Special Portals -- Computing I
Basic 3 Tier Computing Model
Object View of running a program
Special Portals -- Computing II
Portal to Earthquake Science 3-Tier Computing Architecture
Use of Java AND Distributed Objects in Computational Science
The 1998 3(Multi)-Tier Information System Architecture
Pragmatic Object Web Technology Model - I
Multi-Tier Client Server Service
Pragmatic Object Web Technology Model - II
Functionality of layers
Proxy -- Proxy -- Backend Capability
Basic Multi Tier architecture
Some caveats and comments
Use of Java AND Distributed Objects in Computational Science
More details on the implementation
Implementation of Front end
Implementation Continued I
Implementation Continued II
Databases versus XML?
xxxxxxML
ScienceML
Scientific Notepad
Use of Java AND Distributed Objects in Computational Science
XML used as a Template
XML Templates -- Example I
Resultant HTML Rendering
XML Templates -- Example II
Use of Java AND Distributed Objects in Computational Science
Collaboration using Tango-Interactive
Distance Learning with Tango
TangoInteractive Features and Strategy
SV2 + Tango Collaborative Visualization Architecture
SV2 + Tango Examples
Use of Java AND Distributed Objects in Computational Science
Implementation Architecture
Programming the Computing Portal
Use of Java AND Distributed Objects in Computational Science
Three Possible Implementations of CFD CSM Linkage
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