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Distributed Objects and Portals for Earthquake Science

Given by Geoffrey C. Fox at GEM Meeting NPAC on June 24-25 99. Foils prepared June 24 99

Abstract and Overview
Portals to Computing and Business
  • Examples and Architecture of such a Portal
  • Multi-tier systems and Pragmatic Object Web
Role of XML in Portal Construction
  • Database and JDBC Middle Tier
Collaboration
Portal Programming
How to get High Performance in a multi tier model

Table of Contents for Distributed Objects and Portals for Earthquake Science

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1 Object Models for Computational Science General Issues
2 Use of Java AND Distributed Objects in Computational Science
3 What's the Point I
4 What's the Point II
5 What's the Point III
6 What's the Point IV
7 Use of Java AND Distributed Objects in Computational Science
8 So What is a Portal?
9 Portals -- Continued
10 My Netscape Portal
11 Yahoo Portal to Stock Market Customized Displays
12 My Excite Specify Portal Content
13 Merrill Lynch Predictions Enterprise Information Portals
14 EIP Architecture and Different Components from Merrill Lynch
15 Building a Portal
16 Special Portals -- Computing I
17 Basic 3 Tier Computing Model
18 Object View of running a program
19 Special Portals -- Computing II
20 Portal to Earthquake Science 3-Tier Computing Architecture
21 Use of Java AND Distributed Objects in Computational Science
22 The 1998 3(Multi)-Tier Information System Architecture
23 Pragmatic Object Web Technology Model - I
24 Multi-Tier Client Server Service
25 Pragmatic Object Web Technology Model - II
26 Functionality of layers
27 Proxy -- Proxy -- Backend Capability
28 Basic Multi Tier architecture
29 Some caveats and comments
30 Use of Java AND Distributed Objects in Computational Science
31 More details on the implementation
32 Implementation of Front end
33 Implementation Continued I
34 Implementation Continued II
35 Databases versus XML?
36 xxxxxxML
37 ScienceML
38 Scientific Notepad
39 Use of Java AND Distributed Objects in Computational Science
40 XML used as a Template
41 XML Templates -- Example I
42 Resultant HTML Rendering
43 XML Templates -- Example II
44 Use of Java AND Distributed Objects in Computational Science
45 Collaboration using Tango-Interactive
46 Distance Learning with Tango
47 TangoInteractive Features and Strategy
48 SV2 + Tango Collaborative Visualization Architecture
49 SV2 + Tango Examples
50 Use of Java AND Distributed Objects in Computational Science
51 Implementation Architecture
52 Programming the Computing Portal
53 Use of Java AND Distributed Objects in Computational Science
54 Three Possible Implementations of CFD CSM Linkage
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