High Level Architecture Module 2 Advanced Topics California State University, Chico Judith Dahmann, DMSO Katherine L. Morse, SAIC.

Slides:



Advertisements
Similar presentations
© 2009 The MITRE Corporation. All rights Reserved. Evolutionary Strategies for the Development of a SOA-Enabled USMC Enterprise Mohamed Hussein, Ph.D.
Advertisements

ERS Overview 5/15/12 | Page-1 Distribution Statement A – Cleared for public release by OSR, SR Case #s 12-S-0258, 0817, 1003, and 1854 apply. Affordable,
BENEFITS OF SUCCESSFUL IT MODERNIZATION
United States DoD Public Key Infrastructure: Deploying the PKI Token
1 Continuity Planning for transportation agencies.
1 Executive Office of Public Safety. 2 National Incident Management System.
Distribution A: Approved for public release; distribution is unlimited Get the right M&S technology to the right place, at the right time, for the Decision.
STEM Education Reorganization April 3, STEM Reorganization: Background  The President has placed a very high priority on using government resources.
Systems Engineering in a System of Systems Context
Connecting People With Information DoD Net-Centric Services Strategy Frank Petroski October 31, 2006.
May 17, Capabilities Description of a Rapid Prototyping Capability for Earth-Sun System Sciences RPC Project Team Mississippi State University.
Software Engineering Techniques for the Development of System of Systems Seminar of “Component Base Software Engineering” course By : Marzieh Khalouzadeh.
11.1 Lecture 11 CASE tools IMS Systems Design and Implementation.
DoD Systems and Software Engineering A Strategy for Enhanced Systems Engineering Kristen Baldwin Acting Director, Systems and Software Engineering Office.
1 April 2010 TX SET Timeline Project Conceptualization 11 weeks Market Requirements 12 weeks ERCOT Requirements 12 weeks Conceptual Design 6 weeks Detail.
1 Computer Systems & Architecture Lesson 1 1. The Architecture Business Cycle.
Lecture Nine Database Planning, Design, and Administration
The topics addressed in this briefing include:
System Integration Management (SIM)
Enterprise Architecture
Community Information Technology Engagement (CITE): Program Overview
Annual SERC Research Review - Student Presentation, October 5-6, Extending Model Based System Engineering to Utilize 3D Virtual Environments Peter.
Effective Methods for Software and Systems Integration
Strategic Information Systems Planning
US NITRD LSN-MAGIC Coordinating Team – Organization and Goals Richard Carlson NGNS Program Manager, Research Division, Office of Advanced Scientific Computing.
2009 M&S LEADERSHIP SUMMIT REGIONAL INITIATIVES IN MODELING & SIMULATION FAR WEST John Illgen Sector Director, Modeling & Simulation Northrop Grumman Information.
DOCUMENT #:GSC15-PLEN-48 FOR:Presentation SOURCE: ATIS AGENDA ITEM: PLEN 6.10 CONTACT(S): James McEachern
Simulation Assisted Learning Using HLA and ADL Katherine L. Morse, Ph.D., SAIC Victor P. DiRienzo, Jr., Alion Jake Borah, AEgis Technologies Group.
Reuse Standards Dr. Carma McClure Extended Intelligence, Inc. Copyright (c) 1998 by Extended Intelligence, Inc.
Overview of NIPP 2013: Partnering for Critical Infrastructure Security and Resilience October 2013 DRAFT.
EGI-Engage EGI-Engage Engaging the EGI Community towards an Open Science Commons Project Overview 9/14/2015 EGI-Engage: a project.
UNCLASSIFIED Joint and Coalition Warfighting Mr. John Vinett March 2012 Technical Baseline Capability.
The Challenge of IT-Business Alignment
Air University: The Intellectual and Leadership Center of the Air Force Aim High…Fly - Fight - Win The AFIT of Today is the Air Force of Tomorrow. Distribution.
Joint Modeling & Simulation Capability Working Group Weather Capabilities Worldwide Joint Training and Scheduling Conference Mr. Mark Webb DoD ASNE MSEA.
High Level Architecture Overview and Rules Thanks to: Dr. Judith Dahmann, and others from: Defense Modeling and Simulation Office phone: (703)
Radar Open Systems Architectures
A Web-based Distributed Simulation System Christopher Taewan Ryu Computer Science Department California State University, Fullerton.
Distributed Virtual Environments Introduction. Outline What are they? DVEs vs. Analytic Simulations DIS –Design principles Example.
XMSF and Command & Control - GIG, XBML/C4I Testbed, XDV, XMSF Profiles Dr. Andreas Tolk Old Dominion University (ODU) - Virginia Modeling Analysis and.
Personnel Requirements for Implementing the New Triad Robert B. Barker December 15, 2005.
Enterprise Architecture, Enterprise Data Management, and Data Standardization Efforts at the U.S. Department of Education May 2006 Joe Rose, Chief Architect.
The High Level Architecture Introduction. Outline High Level Architecture (HLA): Background Rules Interface Specification –Overview –Class Based Subscription.
UNCLASSIFIED 1 1 United States Joint Forces Command United States Joint Forces Command “Growing a Political, military, Economic, Social, Information, and.
P1516.4: VV&A Overlay to the FEDEP 20 September 2007 Briefing for the VV&A Summit Simone Youngblood Simone Youngblood M&S CO VV&A Proponency Leader
Information Systems Engineering. Lecture Outline Information Systems Architecture Information System Architecture components Information Engineering Phases.
0 Office of Performance Assessments and Root Cause Analyses (PARCA) PARCA EVM Update Presenter: Phone:
1 UWDO Overview – NUWC WAK – 12/14/01 Simulation Based Design (SBD) Vision The SBD VISION: Develop, manufacture, deploy, and operate weapons “in the computer”
EGovOS Panel Discussion CIO Council Architecture & Infrastructure Committee Subcommittee Co-Chairs March 15, 2004.
Paul A. Strassmann, Copyright Stevens Institute of Technology The Structure of I.T. Spending as Measure of Organizational Disorder Paul A. Strassmann,
Perspectives on the Analysis M&S Business Plan Dr. Tom Allen, IDA Mr. James Bexfield, PA&E, OSD Dr. Stuart Starr, IDA June 19, 2008.
MPE – Enabling ALL to securely SEE, DECIDE, ACT MPE - Highlights  Establish Core Implementation Working Group  Build Joining, Membership, and Exiting.
NSDI Strategic Plan Update January 14, NSDI Strategic Plan High-level Timeline 2 Timeframe Activity Dec - Feb Project Start-up – COMPLETED Feb -
JNTC Joint Management Office
Cyber Storm Overview Wednesday 2/1/ PT. Cyber Storm Cyber Storm National Cyberspace Security Exercise Mandated in National Strategy to Secure Cyberspace.
End to End Performance Initiative . Context for E2E Performance High performance backbones are in place Now, under certain conditions within particular.
COLLABORATIVE WEB 2.0 TOOLS IN EDUCATION USING WIKIS & BLOGS IN THE CLASSROOM.
NATIONAL INCIDENT MANAGEMENT SYSTEM Department of Homeland Security Executive Office of Public Safety.
1 SAIC XMSF Update XMSF Workshop & MOVES Open House 4-5 August 2003 Katherine L. Morse, Ph.D., David L. Drake, Ryan.
1 SCR756 – Enhancements to the MarkeTrak application –Fondly called - MarkeTrak Phase 3 –ERCOT CEO determined that SCR756 is not necessary prior to the.
UNCLASSIFIED 1 United States Joint Forces Command Joint Warfighting Center United States Joint Forces Command Joint Warfighting Center LTC John Janiszewski.
High Level Architecture for Simulation
Fall ‘99 Simulation Interoperability Workshop RTI Interoperability Study Group Final Report Michael D. Myjak, Chair.
United States Army Combined Arms Center A next generation simulation architecture supporting both Computer Generated Forces (CGF) and SAF operations Provides.
1 The XMSF Profile Overlay to the FEDEP Dr. Katherine L. Morse, SAIC Mr. Robert Lutz, JHU APL
Multi-Purpose Reconfigurable Training System (MRTS) Overview
The Open Group Architecture Framework (TOGAF)
13 November 2018.
XMSF and Command & Control - GIG, XBML/C4I Testbed, XDV, XMSF Profiles
IEEE Architecture Council Overview
Presentation transcript:

High Level Architecture Module 2 Advanced Topics California State University, Chico Judith Dahmann, DMSO Katherine L. Morse, SAIC

California State University, Chico High Level Architecture Module 2 Advanced Topics Lesson ? HLA History & DoD Policy

California State University, Chico Modeling and Simulation in the DoD Continuing squeeze on DoD resources shrinking, dispersed force structure competition for funds limits field exercises need to carefully examine every investment More demanding operational requirements new, more complex missions vastly expanding mission space increased complexity of systems and plans increasing demand for joint training security challenges (e.g., information warfare) Much more technical capability at less cost communications computers software technology displays/human-machine interfaces data storage and management Advanced M&S can offer a cost-effective and affordable solutionAdvanced M&S can offer a cost-effective and affordable solution

California State University, Chico US Defense-wide M&S Master Plan 5-1 Field systems 5-2 VV&A 5-3 Repositories 5-4 Communications 5-5 Coordination Center Sub-objectives 6-1 Quantify impact 6-2 Educ ation 6-3 Dual-use Sub-objectives 4-1 Individuals 4-2 Groups and organizations Sub-objectives 2-1 Terrain 2-2 Ocean s 2-3 Atmos phere 2-4 Space Sub-objectives 1-1 High-level architecture 1-2 Conceptual models of the mission space 1-3 Data standardization Develop a common technical framework for M&S Objective 1 Provide timely and authoritative representations of the natural environment Objective 2 Provide authoritative representations of systems Objective 3 Provide authoritative representations of human behavior Objective 4 Establish a M&S infrastructure to meet developer and end-user needs Objective 5 Share the benefits of M&S Objective 6 DoD P, Modeling and Simulation Master Plan, October 1995

California State University, Chico M&S Master Plan Objective 1-1 Establish a common high-level simulation architecture to facilitate the interoperability of all types of models and simulations among themselves and with C4I systems, as well as to facilitate the reuse of M&S components Simulations developed for particular DoD Components or Functional Areas must conform to the High Level Architecture –Further definition and detailed implementation of specific simulation system architectures remain the responsibility of the developing Component

California State University, Chico US Defense M&S Vision Defense modeling and simulation will provide readily-available, operationally-valid environments for use by DoD components -to train jointly, develop doctrine and tactics, formulate operational plans, and assess war fighting situations -as well as to support technology assessment, system upgrade, prototype and full scale development, and force structuring. common use of these environments To allow maximum utility and flexibility, these modeling and simulation environments will be constructed from affordable, reusable components interoperating through an open systems architecture. Furthermore, common use of these environments will promote a closer interaction between the operations and acquisition communities in carrying out their respective responsibilities. To allow maximum utility and flexibility, these modeling and simulation environments will be constructed from affordable, reusable components interoperating through an open systems architecture. DoD Executive Council on Modeling and Simulation (EXCIMS), March 13, 1992

California State University, Chico Why HLA Now? M&S Vision –“...common use of these environments will promote a closer interaction between the operations and acquisition communities in carrying out their respective responsibilities. To allow maximum utility and flexibility, these modeling and simulation environments will be constructed from affordable, reusable components interoperating through an open systems architecture.” Embarking on development of new generation of simulations Current technology does not provide tools necessary to achieve M&S Vision (i.e., ALSP and DIS)

California State University, Chico Recent DoD M&S History Technical progress spurs management response DoD Dir M&S Management Technical Management Limited scope simulations, little interoperability prior to 1988 DIS Standards begun ALSP: linking of Service wargames DEPSECDEF Memo: EXCIMS formed and DMSO established SIMNET HLA policy established High Level Architecture (HLA) begun DARPA-SACEUR Distributed Wargaming System ACE-89 All Services’ M&S offices in place DoD P M&S Master Plan EXCIMS Functional Area Councils DoD M&S Executive Agents Architecture Management Group No formal management structureManagement structure stand-up Management structure in place DSB: Computer Applications to Training and Wargaming Study for CJCS DoD Simulation Policy StudyDoD VV&A Instruction New programs (JSIMS, JWARS) SBA Task Force HLA Transition Plan approved

California State University, Chico DoD-wide Architecture Management Group (AMG) 16 members 22 members 28 members Industry Solicitation Mar 95 Initial definition of HLA Aug 96 Baseline definition of HLA Prototypes Previous DoD architecture efforts Program Evaluation Team Phase 1 Initial Definition Phase 2 Baseline Development Phase 3 Technical Transition Evolution IEEE Standardization Process begun 6/97 Spec v1.1 2/97 Spec v1.2 8/97 Spec v1.3 2/98 Checkpoints DoD Policy Reaffirmed 7 April 1998 DoD Policy Issued 10 Sept 1996 Detail of HLA Development Phase 4 Implementation We’re Here! IEEE P1516 Drafts Approved for Balloting 3/99 Targeted IEEE Vote for Approval 12/99

California State University, Chico Prototyping During HLA Baseline Development Over 25 different simulations One Runtime Infrastructure (RTI) implementation Training, analysis, and acquisition applications Unit, platform, and weapon system component level granularity Hardware-in-the-loop, human-in-the-loop, and closed-form simulations (live, virtual, and constructive) Both real-time and fast-as-possible discrete event simulations Both classified and unclassified federations Local and wide area networks Run on Sun, Silicon Graphics, HP, and IBM workstations

California State University, Chico HLA Evolution: Architecture Management Group (AMG) AMG continues with responsibility for technical application and HLA evolution New AMG members have been added as new programs begin HLA implementation –HLA members are technical implementers A disciplined issue identification/resolution process, a Technical Support Team, and experimentation are in place to ensure measured, professional evolution Six month “checkpoints” –HLA specification version 1.3 released in Feb 98 –Continues as operative HLA specification

California State University, Chico US Defense HLA Policy DoD Policy: I designate the High Level Architecture as the standard technical architecture for all DoD simulations “Under the authority of [DoD Directive ], and as prescribed by [the DoD Modeling and Simulation Master Plan], I designate the High Level Architecture as the standard technical architecture for all DoD simulations.” HLA supersedes Distributed Interactive Simulation (DIS) and ALSP No Can “No Can” Dates No CanPay -“No Can Pay” - first day of FY99 u no funds for developing/modifying non-HLA-compliant simulations No CanPlay -“No Can Play” - first day of FY01 u retirement of non-HLA-compliant simulations Waivers must be decided on a corporate basis Dr. Paul Kaminski, USD(A&T) 10 September 1996

California State University, Chico DoD Transition Policy “We must foster broad simulation interoperability and reuse if the Department is to cost-effectively harness the potential of simulation to improve DoD operations.” “All new simulations will be built in accordance with the HLA. To reap the full benefits of simulation interoperability and reuse in the near-term, it is also important to quickly transition our legacy simulations to the HLA, … I encourage our industry partners to follow suit” Dr. J.S. Gansler, USD(A&T) 7 April 1998 DoD HLA Policy Reaffirmation