This describes in overview and pictorial fashion |
FMS, IMT, SBA(Simulation Based Acquisition), HLA, POW(Pragmatic Object web) |
NPAC's approach to WebFlow, JWORB, TVR |
and NPAC's training in SPEEDES ModSAF and CMS (Comprehensive Mine Simulation) |
001 Forces Modeling and Simulation 002 What is FMS? 003 Two M&S CTAs: FMS and IMT 004 FMS meets IMT for SBA 005 FMS meets IMT for SBA (cont) 006 WebHLA based Virtual Prototyping Environment 007 FMS Programs 008 FMS Users 009 PPT Slide 010 FMS Programs: CHSSI 011 FMS CHSSI: Participants 012 FMS CHSSI: Projects 013 FMS CHSSI: Systems 014 FMS CHSSI Systems: SPEEDES 015 FMS CHSSI Systems: E-ModSAF 016 FMS CHSSI Systems: IMPORT 017 FMS CHSSI Systems: TEMPO 018 FMS CHSSI Systems: HPC RTI 019 FMS Programs: PET 020 FMS PET: Projects 021 FMS Projects: Grand Challenges 022 PET Roadmap for FMS: Synergies between Emergent Standards 023 PET Roadmap for FMS: DIS/ALSP to HLA Transition 024 PET Roadmap for FMS: Web to Object Web Transistion 025 PET Roadmap For FMS: Technology Convergence Vision 026 FMS PET Technology Roadmap 027 High Level Architecture 028 What is the High LevelArchitecture? 029 Architecture Splits Functions Between Simulations and Runtime Infrastructure 030 Run-Time Infrastructure Provides Six Categories of Services 031 RTI 1.0 032 RTI Time Management 033 PPT Slide 034 AMG Representatives 035 NPAC Concepts for FMS 036 NPAC Concepts for FMS: High Performance Commodity Computing 037 NPAC Concepts for FMS: Pragmatic Object Web 038 Before Summer `97 039 CORBA - Common Object Request Broker Architecture 040 CORBA - Common Object Request Broker Architecture 041 Summer `97 042 WebHLA - Fall `97 043 NPAC Concepts for FMS: WebHLA 044 NPAC Technologies for FMS 045 NPAC Techs: WebFlow 046 PPT Slide 047 WebFlow HPC Architecture 048 WebFlow Server 049 WebFlow Front-End & Middlware 050 WebFlow Middleware & Backend 051 WebFlow - Demo Snapshots 052 WebFlow/HPcc - Demo Snapshots 053 WebFlow SC'97 Demo 054 NPAC Techs: JWORB 055 JWORB - Java Web Object Request Broker 056 Use of WebFlow/JWORB in WebHLA 057 NPAC Techs: Object Web RTI 058 JWORB based Object Web RTI 059 Object Web RTI based Metacomputing 060 NPAC Technologies for FMS: Visual Tools for HLA Authoring 061 HLA FEDEP Federation Development Process 062 WebFlow based Visual Simulation Tools 063 PPT Slide 064 PPT Slide 065 WebHLA -RTI 1.0 Jager demo 066 Visual HLA Authoring for Jager 067 NPAC Technologies for FMS: Televirtual (TVR) Environments 068 NPAC Techs - TVR / VRML 069 TVR Architecture (JSDA and CORBA Server versions) 070 TVR Demo Snapshots 071 NPAC Techs: FMS Training Space 072 PPT Slide 073 PPT Slide 074 PPT Slide 075 PPT Slide 076 PPT Slide 077 PPT Slide 078 PPT Slide 079 PPT Slide 080 PPT Slide 081 PPT Slide 082 PPT Slide 083 PPT Slide 084 PPT Slide 085 PPT Slide 086 PPT Slide 087 PPT Slide 088 PPT Slide 089 PPT Slide 090 PPT Slide 091 PPT Slide 092 PPT Slide 093 PPT Slide 094 PPT Slide 095 PPT Slide 096 PPT Slide 097 PPT Slide 098 PPT Slide 099 FMS PET: Next Steps 100 FMS PET Next Steps: CMS Parallel Port to Origin2000 101 FMS PET Next Steps: CMS Parallel Port to Origin2000 (cont) 102 Unravelling CMS Source 103 CMS - Minefield Editor FrontEnd 104 ModSAF Station - Exercise Editor 105 Object Web RTI based Metacomputing 106 FMS PET Next Steps: DirectX / DirectPlay (TVR) Front-Ends 107 FMS PET Next Steps: DirectX / DirectPlay Services (cont) 108 Direct X Framework 109 PPT Slide 110 FMS PET Next Steps: NT Clusters as HPC Platform 111 FMS PET Next Steps: SBA Challenges and Opportunities 112 Data Mining for Virtual Proving Ground 113 WebHLA based Virtual Prototyping Environment 114 PET FMS - Summary and Outlook