* MORS' website limitedly supports Internet Explorer and Firefox. For best results, use Chrome.
Lead: Mr. Philip FahringerLead: Mr. Max Disla
Probability Management is the discipline of communicating uncertainty as data that obey both the laws of arithmetic and the laws of probability while preserving statistical coherence. This data is stored in cross-platform open standard stochastic libraries as vectors of simulation trials known as SIPs (Stochastic Information Packets). These may serve as connective tissue linking applications in costs analysis, data science, simulation and readiness applications into chance-informed collaborative networks. Several publications by MORS members have already explored the application of the discipline to Military Readiness.
Established: Feb 2023
The CoP will hold regular meetings that are a mix between informational presentations and collaborative workshops, emphasizing on the latter, to produce valuable products.
The CoP will also offer a hands-on tutorial at the MORS 91st Symposium at West Point in June, introducing the tools and standards of probability management and updating members on the evolving technology in this area.
The Community of Practice Charter
Metalog Distribution Wikipedia page
More Military Readiness Applications
The Open Standards
Probability Management Wikipedia page
Interactive SIPmath simulation that estimates the chance of mission success based on input parameters such as chance of weapon malfunction and pilot proficiency. Includes Bayesian analysis of conditional probabilities.
Operation Eagle Claw was the failed mission to rescue the hostages in the US Embassy in Iran in 1980. They required six helicopters, known to have a 75% reliability. They sent eight aircraft because 75% of eight is six. This model and accompanying JSON library show how a commander today without statistical knowledge could easily calculate there was one chance in three of mission failure due to a mechanical issue.
SIPmath files are in JASON and may be opened with any text editor.
Conceptual model showing the tradeoff between costs of various portfolios of spare aircraft parts and the chance of completing a desired number of sorties. Additional models of this type are available on the MORS members portion of this site.
Ms. Liz Marriott
Director, Professional Development