Given by Wojtek Furmanski, Geoffrey C. Fox at ARL Mid Year Review on Feb 18-19 98. Foils prepared Feb 21 98
Outside Index
Summary of Material
General Overview of FMS Activities
|
PEI Projects
|
Highlights |
Year 3 Expectations |
Outside Index
Summary of Material
Prof. Geoffrey C. Fox |
and Prof. Wojtek Furmanski |
NPAC, Syracuse University |
111 College Place |
Syracuse NY 13244-4100 |
ARL PET Workshop - February 18, 1998 |
General Overview of FMS Activities
|
PEI Projects
|
Highlights |
Year 3 Expectations |
Simulation Interoperability Workshop Fall'97, Orlando FL, Sept `97 - contacts with Bob Wasilausky, Mark Roberts |
FMS CHSSI Review, NRaD Nov `97 - insight into TEMPO, SPEEDES, IMPORT; contacts with Jeff Steinman, Jeff Wallace |
ARL visit Dec `97 - contacts with APG (Jeff Sauerborn, Eileen Viar), IMT(Sam Blankenship) |
HLA Overview/Introductory Tutorial - delivered as part of IMT Training on T&E for M&S, Dec'97 |
Collecting HLA, RTI and FMS materials for advanced training development: Orlando SIW'97, FMS CHSSI Review, DMSO HLA Material Analysis, WebHLA prototyping |
See also SPEEDES Training Project below |
HLA/RTI - new DMSO M&S technology to be accepted DoD-wide |
Object Web (CORBA/Java) Middleware - promising framework to build WebHLA |
WebFlow - NPAC visual dataflow environment to be adapted for Visual Simulation Tools |
Project Objective
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User/Beneficiary
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Technical Approach
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Status, Milestones and Deliverables
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Project Objective
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User/Beneficiary
|
Technical Approach
|
Status, Milestones and Deliverables
|
Project Objectives
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User/Beneficiary
|
Technical Approach
|
Status, Milestones and Deliverables
|
Project Objective
|
User/Beneficiary
|
Technical Approach
|
Status, Milestones and Deliverables
|
Project Objective
|
User/Beneficiary
|
Technical Approach
|
Status, Milestones and Deliverables
|
Contacts established with:
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Distributed RTI funded by CEWES
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We intend to develop WebHLA technology demos in Year 3, including all 3 tiers: Front-End(Visualization and authoring), Middleware (RTI), Back-End (DB) |
PET FMS focus is on Middleware and we provide low cost commodity solutions (NT) for the Front- and Back-End layers. |
We could use help in high-end technologies from:
|
WebFlow - Current Status (SC97 screen) |
Distributed RTI (JWORB performance) |
Visual Simulation Tools (OMDT, Excel, MFC) |
SPEEDES Training Materials (Osim screens) |
Automates the process of constructing Simulation Object Models (SOMs) and Federation Object Models (FOMs). |
Provides for direct browsing/downloading/uploading object models from the DMSO Modeling and Simulation Resource Repository (MSRR). |
Generates the Federation Execution Details (FED) file required by the Runtime Infrastructure (RTI) to execute federations. |
Allows for documentation of interrelated components in the Object Model in the following tabular forms |
Plans to create a complete COM-based solution for OMDT in Windows environment (Current Release of OMDT by Aegis Research Center not a COM - based modular solution, just a monolythic Visual C++ program). |
Currently experimenting with Excel Spreadsheets for table-creation purposes using Object Linking and Embedding(OLE) techniques. |
Visual C++/Visual Basic environments being experimented upon to access Windows Component Objects. |
Trial experiments with Microsoft Foundation Classes (MFC) Graphics Library for table-creation/editing purposes. |
Fig1: Use of Excel Sheet through OLE/VB |
Fig2: Drawing of table with MFC graphics |
An internet-based database application to store,browse and retrieve HLA Object Models |
Uses OMT Data Interchange Format(DIF) for check in and check out of Object Models |
Allows for keyword searches of the contents of all the Object Models stored in the library |
A OLE/COM-based solution for OMDT can tightly integrate OML with the tool using Internet Explorer Browser Object. |
A collection of interoperating frameworks for supporting model development,code generation, communication and execution |
Builder Framework- A visual development environment for class library and model creation |
CodeGenerator Framework - automatically generates the complete skeleton code for the simulation application with documentation |
Executor Framework - executes and controls the simulation and packages it in a scenario for re-use. Current Version only for Real-Time simulation implementations - Future versions to support Discrete Event simulations with SPEEDES support. |
Viewer Framework - Allows interfaces to external custom application to be created/automatically maintained by the CodeGenerator( X/Motif View/VRML View) |
Transfer Array of Integers |
Transfer Array of Integers |
Transfer Array of Structures |
Similar to HLA/RTI but |
without object/database model |
(OMT, OML, FOMs, SOMs) |