26
Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat Reduction Agency (DTRA) Joint Science and Technology Office – Chemical and Biological Defense (JSTO-CBD) program. Camillus W.D. “Dave” Hoffman, PI Scott Cahoon Sonia von der Lippe 111700 January 2007

Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

  • Upload
    others

  • View
    6

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects

and Virtual Prototyping

Defense Threat Reduction Agency (DTRA) Joint Science and Technology Office – Chemical and

Biological Defense (JSTO-CBD) program.

Camillus W.D. “Dave” Hoffman, PIScott CahoonSonia von der Lippe111700 January 2007

Page 2: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

The Mobile Forces Assessment Objective

To perform a comparative assessment of the available field of models and simulations (M&S) for their analytical and modeling potential with

regard to

– Modeling chemical and biological (CB) effects on mobile forces,

– Exposing CB impacts on operations, and – Performing analyses of alternatives for determining

optimum courses of action under various adverse CBRN conditions.

Page 3: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Background• The assessment was fostered with a view to

identifying analytical M&S tools that will be recommended for membership among the Joint Operational Effects Federation (JOEF) CBRN M&S tool suite.

• The intended users of JOEF are Warfighters at the three major levels of warfare– Strategic– Operational– Tactical

Page 4: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Assessment philosophy• Users define application requirements• Application requirements drive tool capabilities

requirements• Everything else is secondary

So

• Who are the users?• What are their application requirements?• What are their tool requirements?

Page 5: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Assumptions

• All models are wrong (imperfect); some are useful– No single M&S tool will adequately answer all

questions– The task or the analytical questions drive the choice

of M&S tool

The Case of Three Rotary Wing Flight Models

MM

R R R

M

Page 6: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Practical Example• COCOMs worry about TPFFDL flow

– They need M&S that help them optimize throughput through available nodes (such as a port) and the impact and best alternative if a node is lost to a CBRN attack.

• Port commanders worry about port operations.– Port commanders require M&S that will help them

optimize port operations in the event of a CBRN attack.

The optimum types of M&S for each of these applications would probably be different

Page 7: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Assumptions (continued)

• The Army and JFCOM will have the preponderance of potential mobile forces M&S tools

• “Analytical potential” requires statistical reliability

• The three major levels of warfare will have different questions and will probably require different tools

Page 8: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Approach

M&S Survey

Users

Applications

UserApplication

Survey Applications

CBRN Applications

(Empirical & Inferred)

Task

CBRN Applications

(Empirical & Inferred)

Capabilities

CapabilityRequirements

Capabilities

CapabilityRequirements

Products

M&S

MobileForcesCriteria

Definition

M&S Typing

Binning Criteria

Binning Prioritization

Cross-walk M&S Types with Priorities

IdentifyMobile Forces M&SSolutions

Page 9: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Approach

• Mobile Forces M&S survey

• CBRN application survey

• Mobile forces criteria definition

Page 10: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Mobile Forces M&S Survey• What CB M&S currently exist or are planned for development?

• What are their use histories?

• Who are the M&S proponents/owners and their clients?

• What services and what agencies within those services use these M&S

• What are their resolutions and fidelities?

• What CB modeling currently exists within them?

• What CB applications have been conducted or are projected to be conducted with them?

• What CB analyses are envisioned which cannot be conducted for a want of CB modeling?

Page 11: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Mobile Forces M&S Survey

• Centers of excellence (M&S and CBRN)

• Web

• Symposia (ITSEC, etc)

Page 12: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Approach

• Mobile Forces M&S survey

• CBRN application survey

• Mobile forces criteria definition

Page 13: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

CBRN Application SurveyStart with the three levels of warfare

• What is the scope of the M&S that are currently used?

• Search areas: Army centers of excellence– Battalion/brigade (tactical?) TRAC-WSMR– Division/corps (operational?) TRAC-FLVN– Army/theater (strategic?) CAA– JFCOM– OSD support?

Page 14: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

CBRN Application Survey (Continued)

• What are their issues and how are they examined? Then

– Derive notional questions on how a CBRN attack might affect those results?

– Look for similarities and differences– Derive CBRN related functionality requirements that

we can use to define classes of applications and classes of M&S tools to support them

• Caveat: No intent to suggest that the assessment will identify all possible application questions.

Page 15: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Approach

• Mobile Forces M&S survey

• CBRN application survey

• Mobile forces criteria definition

Page 16: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Mobile Forces Criteria Definition

• Classify applications by M&S resolution/fidelity types

• Cross-walk M&S with application survey

• Develop and prioritize binning criteria

• Assess M&S within M&S resolution/fidelity types by binning criteria

Page 17: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Initial Binning Criteria• CBRN application history

• Resolution (individual vs corps)

• Fidelity (movement, sight, respiratory, etc.)

• Statistical reliability

• Ease of modeling (for rapid prototyping)

• Joint (Army & USMC)

• Resource requirements (adequate and skilled staffing)

Page 18: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Summary

Page 19: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Perceived Survey & Assessment Space

Tactical

Operational

Strategic

Platform/Dismounted Ind

Aggregate

M&S Types(Resolution/Fidelity/Capability)

Application/User Questions

Types

User

UserResources

Time

Skills

Personnel

Equipment

Centers of Excellence

TRACs

CAA

JFCOM

Page 20: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Notional ResultBinning Priority

Tactical Operational Strategic

M&Sa M&Sb M&Sc M&Sd M&Se M&SfStatistical Reliability

x x x x x x

Resource Rqts x x x x x

Resolution x x x

Fidelity x x x x

Joint x x x

CBRN History x x

Ease of modeling

x x x

Page 21: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Emerging Results• There are legacy mobile forces M&S resident at Army

and USMC centers of excellence that meet most critical binning criteria, but…

• The use of M&S by Warfighter CBRN staffs is revolutionary (not evolutionary) with an inherent problem– CBRN staff sections are often one or two deep– Most often they do not have requisite technical skills.– Categorically, they would never have enough time to prepare an

M&S and analyze the output data.• The above begs solutions such as

– Simplification of M&S use.– Incorporation of existing centers of excellence or creation of

CBRN center(s) of excellence resourced to support the Warfighter (similar to the DTRA HPAC paradigm)

Page 22: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Emerging Results (Continued)

• There is little tradition of CBRN M&S application analyses and resulting CBRN related modeling

• The above suggests that CBRN M&S capabilities need to be resident in current Warfighter mobile forces M&S analysis tools – The history of CBRN analyses probably would not

justify the overhead of unique mobile forces M&S for CBRN analysis

Page 23: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Emerging Results (Continued)

• In process of surveying human in the loop (HITL) M&S (Janus, OTB, etc) for analysis– How are users of HITL conducting analysis and is it applicable to

JOEF?– Known users,

• TRAC-WSMR• Ft Knox• JFCOM?

• Intuitively, statistical reliability an issue• HITL requires far greater resources for M&S execution

(terminals, personnel, time, etc) and would appear less of a candidate for use at Warfighter HQs (COCOMs, service component commands, corps, etc)

Page 24: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Emerging Candidates

• Platform/Individual: COMBATXXI

– Statistical reliability– Joint Army-USMC development– Tool of choice for their analysis of alternatives

• Aggregate: Multiple possibilities– AWARS (Army)– JICM (COCOM tool of choice for TPFFDL

analysis)

Page 25: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Status

Tactical

Operational

Strategic

Platform/Dismounted Ind

Aggregate

M&S Types(Resolution/Fidelity/Capability)

Application/User Questions

Types

User

UserResources

Time

Skills

Personnel

Equipment

Centers of Excellence

TRACs

CAA

JFCOM

90% platform, 50% aggregate, need to examine HITL

30%, need to survey JFCOM, CAA

50%, need determine who is strategic. Operational and tactical identified

99%, good idea of Warfighter CBRN staff capabilities

40%, only possible to develop a set of types of applications

Page 26: Side-By-Side Comparison of Mobile Force Modeling Methods ... · Side-By-Side Comparison of Mobile Force Modeling Methods for Operational Effects and Virtual Prototyping Defense Threat

Questions and

Suggestions(collecting cards)