Accession Number:

AD1099457

Title:

DATAWorks 2020: A Notional Case Study of Uncertainty Analysis in Live Fire Modeling and Simulation

Descriptive Note:

[Technical Report, Briefing Charts]

Corporate Author:

Institute for Defense Analyses

Personal Author(s):

• Johnson, Thomas H
• Medlin, Rebecca
• Couch, Mark A
• Wojton, Heather M

Report Date:

2020-03-01

Pagination or Media Count:

29

Abstract:

A vulnerability assessment, which evaluates the ability of an armored combat vehicle and its crew to withstand the damaging effects of an anti-armor weapon, presents a unique challenge. Since there are many areas that need to be assessed on the vehicle and testing is destructive, this limits the number of full-up, system-level tests to quantities that generally do not support meaningful statistical inference.

Descriptors:

• test and evaluation
• data science
• case studies
• information science
• vehicles
• combat vehicles
• ground vehicles
• statistical inference
• statistics
• gaussian processes
• probability
• vulnerability
• department of defense
• statistical analysis
• airburst
• computer simulations
• experimental design
• mathematical analysis
• simulations
• uncertainty

Subject Categories:

• Statistics and Probability
• Combat Vehicles
• Statistics and Probability
• Combat Vehicles

Distribution Statement:

[A, Approved For Public Release]