Many of developments in modern Large Scale Enterprise Systems can enhance HPCC effectiveness by linking in productive services built around web, database and distributed object technologies
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HPCC (MPP) systems are not necessarily optimized for implementing such services
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001 Gateway Systems Commodity Interface to HPCC Systems
002 Overview
003 Evolving Distributed System Concepts
004 Distributed Object Based Computing
005 Today's Pragmatic Object Web: The Confusing Multi-Technology Real
World Middleware Server Layer
006 NPAC Concepts : HPcc High Performance commodity computing
007 NPAC Concepts: Pragmatic Object Web
008 Traditional 2 Tier Client Server Architecture
009 Typical 3 Tier Architecture
010 4 Tier Architecture for database example
011 Two ways of Implementing Data Objects
012 Multi-Server Model
013 So in our WebWisdom Distance Education System
014 While for High Performance Computing
015 Multi-Server Scenario
016 Multi Tier Gateway Architecture
017 What are General Capabilities in Gateway Tier?
018 What Particular Programs could run in Gateway Tier?
019 Remaining Foils Discuss 1) NPAC Specific Related Technologies
JWORB and WebFlow 2) A Novel Approach to Resource Management based
on HLA/RTI Concepts
020 Summary of NPAC's WebFlow
021 WebFlow WaveFilter Module
022 WebFlow SC'97 Demo
023 WebFlow over Globus at NCSA Application View
024 WebFlow + Globus Functional Architecture
025 WebFlow 3 Tier Architecture with High Performance Globus and High
Functionality IIOP Gateway Layer Services
026 Summary of NPAC's JWORB
027 JWORB - Java Web Object Request Broker
028 NPAC's Object Web RTI
029 JWORB based Object Web RTI
030 HLA/RTI versus HPF/MPI
031 HLA/RTI at Top Management Level
032 Architecture of HLA/RTI Services
033 HLA/RTI Management Structure
034 Resource Management and Scheduling