Simulation Analysis of a System to Defeat Maritime Improvised Explosive Devices (MIED) in a US Port

Abstract

Although the risk of an attack in a US port could be considered a low-probability event, the importance ports and waterways play in domestic and global commerce demands timely and effective mitigation of the extremely high consequences associated with restrictions to port access should we face maritime improvised explosive devices (MIEDs) in our maritime transit system (MTS). In order to address the immediate response needed to defeat this threat, we used a systems engineering design methodology to define the problem, generated appropriate operational metrics, developed a series of system alternatives, and evaluated the alternatives through modeling and simulation analysis. These alternative systems, denoted as Adaptive Force Packages (AFPs), incorporate existing systems and technologies, emerging systems, and concepts under development that can be incorporated in the long term, while addressing the varying effects of port environments on sensors and neutralization assets.

Keywords

Maritime Improvised Explosive Devices (MIED)port security wargaming simulation analysis systems engineering

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References

White House , National Strategy for Maritime Security, http://www.whitehouse.gov/homeland/maritime-security.html (accessed October 2008).

Department of Energy , World Oil Transit Chokepoints , www.doe.gov/cabs/world_oil_transit_chokepoint/full.html (accessed February 2009).

Organization for Economic and Cooperative Development (OECD) , Security in Maritime Transport: Risk Factors and Economic Impact. Maritime Transport Committee, OECD, July 2003.

Rowden B. et al. Systems Approach to Defeating Maritime Improvised Explosive Devices in U.S. Ports. Integrated Graduate Project Final Report, Naval Postgraduate School, December 2008.

Sage A. , Armstrong J. Introduction to Systems Engineering, New York: Wiley, 2000.

US Navy. Naval Warfare Publication 27-2 , pp. 1-6.

Rice J. Underwater Networks, Lecture, Naval Postgraduate School, 20 November 2008.

Captain Matthew Lesnowicz, USMC, interviewed by LT Tim Smith, US Navy, Monterey, CA, 13 June 2008.

Jane’s Information Group and Kaman AeroSpace Corporation. International Defense Review. Jane’s Information Group and Kaman AeroSpace Corporation, 1998 .

10.

Teleconference with Mr Ward Shaklee, ALMDS Project Manager, Northrup Grumman Integrated Systems Division, Melbourne Florida, 2 November 2008.

11.

Truver S. Mines and underwater IEDs in U.S. ports and waterways: context, threats, challenges and solutions. Naval War College Rev 2008; 61: 106-27.

12.

Llnl. JCATS Simulation - User’s Guide Version 8k, Lawrence Livermore National Laboratories, January 2008.