We give a poetic discussion of the Pragmatic Object Web and the nature of computer science and physics. |
We describe Java Grande -- definition, motivation and current status
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The Java Grande Forum has numerical and distributed computing working groups and projects include
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Discuss Java for Parallel Computing including message passing passing (MPI) and data parallelism |
Give example of implied multi tier service architecture |
001 Java Grande and Pragmatic Programming Environments 002 Abstract of ISCOPE Java Grande Presentation 003 Physics and Computer Science I 004 Physics and Computer Science II 005 Computer Science in the Heat Bath of the World I 006 Computer Science in the Heat Bath of the World II 007 Computer Science in the Heat Bath of the World III 008 So what will we discuss? 009 What is Java Grande? 010 Recapping the Issues in Java Grande 011 Why is Java Worth Looking at? 012 What is the Competition? 013 Why could Java succeed where Fortran and C++ failed? 014 PPT Slide 015 A Multi-Tier Computing System 016 What is the Process? 017 What is Goal of Java Grande Forum? 018 Presentations at SC98 Panel Session 019 Two types of Things the Forum is doing 020 Activities of the Java Grande Forum I 021 Gosling on Operator Overloading 022 Numerical Computing in Java 023 Java Grande Forum Floating Point Proposals I 024 Java Grande Forum Floating Point Proposals II 025 Activities of the Java Grande Forum II 026 Some Remarks on Remote Method Invocation RMI 027 Performance for Java RMI/ORB's 028 Java Performance for Structures 029 C++ ORB Much Faster than Java! 030 Future Activities of Concurrency Group 031 Java Framework for Computing Services 032 Possible Services in a Java Computing Framework 033 DATORR and JavaCS 034 Activities in MPI for Java 035 PPT Slide 036 PPT Slide 037 Java and Parallelism I? 038 Java and Parallelism II? 039 What should you do as a Java Grande believer I? 040 What should you do as a Java Grande believer II? 041 HPcc Prototype WebFlow and JWORB over GLOBUS 042 Summary of NPAC's JWORB natural Building Block of the POW 043 Gateway Building Blocks: JWORB WebFlow on GLOBUS 044 Next Steps for HPcc using JavaBeans 045 WebFlow WaveFilter Module 046 WebFlow + High Performance Backend Functional Architecture 047 WebFlow over Globus for NCSA Alliance Quantum Chemistry Application View 048 WebFlow on Globus -- LMS at CEWES 049 Multi-Server Middle Tier 050 HLA/RTI and Coarse Grain Technologies I 051 HLA/RTI and Coarse Grain Technologies II