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The Military Operations Research Symposium

An F4 Phantom with the Air Force Academy Chapel in the background

An F4 Phantom with the Air Force Academy Chapel in the background

And the Naval Postgraduate School OR Network

by Sam Savage

US Air Force Academy June 17-20

I just returned from the 87th Symposium of the Military Operations Research Society at the Air Force Academy in Colorado Springs. ProbabilityManagement.org had a proud showing. Shaun Doheney, PM Chair of Resources and Readiness Applications, Connor McLemore, PM Chair of National Security Applications, and I gave a total of four presentations. Despite being on the last day of the conference, Shaun and Connor delivered two sessions on Readiness Modeling: Changing the Question from “Ready or Not?” to “Ready for What?”, which drew standing room attendance. See Shaun and Connor’s recent blog and access their slides and models on PM’s Readiness page.

Connor McLemore

Connor McLemore

The field of Operations Research (OR) grew out of the application of mathematical analysis to the tremendous resource allocation problems of World War II. After the war, OR took on additional names, such as Management Science, Analytics, and others, but it all boils down to analyzing your options and figuring out mathematically how to do the most with the least. The primary professional societies are INFORMS (the Institute For Operations Research and the Management Sciences) and MORS (the Military Operations Research Society).

My father, L. J. Savage, was in the thick of war time OR at Columbia’s Statistical Research Group. In the early 1940’s he worked with future Nobel Laureates Milton Friedman and George Stigler. They tackled such problems as determining whether a fighter should carry six 50- or eight 30-caliber machine guns, and the best strategy for hunting enemy submarines. My own PhD research was on the Travelling Salesman Problem, a classic OR problem.

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But back to the symposium. The meeting made me realize just how heavily Military Operations Research has been influenced by the incomparable OR Department of the Naval Postgraduate School (NPS) in Monterey, California. The school provides active duty military and other government employees as well a few international students with rigorous graduate education, mostly master’s degrees and some PhDs. Areas include Engineering, International Studies, Computer Science, Business, and OR. I first visited the NPS OR department in the early 1990’s when my dear friend and former department chair, the late Rick Rosenthal, invited me down from the Stanford OR Department to give a talk. I found it unlike the typical academic programs in OR, which are often quite theoretical and PhD-dominated. First, NPS students start out with military discipline so they all pay attention. Second, they are learning through the solution of real military problems, for which doing the most with the least may have life or death repercussions. Here is a place where there is every reason to stay and work because the results matter. And with its spectacular setting on the shore of Monterey Bay, there is no reason to go anywhere else. It was love at first visit.

NPS OR has played an outsized role at ProbabilityManagement.org. Shaun and Connor are both grads, and Connor also taught there, introducing SIPmath. Phil Fahringer, a Lockheed Martin Fellow and the nonprofit’s primary contact at that organization, has an OR degree from NPS as well. In Colorado Springs I reconnected with many others from NPS whom I have known over the years and realized what a powerful intellectual network they represent. I also had the pleasure of an extended conversation with Doug Samuelson, a prominent OR Analyst whom I had only known peripherally. I proposed that the OR department at NPS was the Harvard Business School of Operations Research. Doug disagreed and said I was being charitable to Harvard.

© 2019 Sam L. Savage

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Ready For What?

by
Shaun Doheney, Chair of Resources and Readiness Applications
Connor McLemore, Chair of National Security Applications

WantNail.png

For want of a nail the shoe was lost.
For want of a shoe the horse was lost.
For want of a horse the rider was lost.
For want of a rider the message was lost.
For want of a message the battle was lost.
For want of a battle the kingdom was lost.
And all for the want of a horseshoe nail.

The proverb “For Want of a Nail” describes how seemingly inconsequential details can lead to a disaster in military readiness, and is a valuable lesson for us all.  For those of us who make decisions or support decision-making involving risks or uncertainty, we need to have an answer to the question, “are we ready?”  Of course, that question should almost always be followed by the question, “ready for what?”  Are we ready to respond to the next natural disaster?  Are we ready to mitigate market volatility?  Is our energy infrastructure ready to handle the increased demand this summer?  Is our city ready for the expected increased growth over the next five years?

We (Connor McLemore and Shaun Doheney) have had military Operations Research experience, and have been working with Dr. Sam Savage here at ProbabilityManagement.org on an improved representation of military readiness. This provides a framework that we believe is useful, logically consistent, and most importantly is simple enough for adoption by military decision makers and those support such decision-making. As a poster child of poor military planning see the PowerPoint and Excel model describing the failed mission to rescue the American hostages in Iran in 1980.

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One of the key components to this readiness representation framework is the ability to roll up readiness in a logical, mathematically sound, and intuitive way.  To paraphrase Dr. Savage in his recent blog titled, Why Was RiskRollup.com Available?, if squadron A has a 60% chance of accomplishing the mission and squadron B has a 70% chance, then if we send them both is there a 130% chance of success?

Recent improvements in our ability to account for uncertainty allow us to rethink approaches to representing military readiness.  To demonstrate our approach, we’ve created a few prototype models that you may download here

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We hope that you’ll join us during the upcoming Military Operations Research Society (MORS) Symposium when we give presentations and a tutorial on this work.  While improved readiness accounting across the military and business or enterprises will likely be an evolutionary process with inputs from numerous stakeholders, the key in almost all situations is to “start small and reinforce success,” as Shaun likes to say.  And as Connor likes to say, “Go Navy; beat Army!”  But that’s a blog for another time!

© 2019 ProbabilityManagement.org