Hybrid Airship Multi-Role (HAMR) Anti-Submarine Warfare (ASW) mission capability

• Main Authors: Agpaoa, Roy, Cawley, Matthew, Cossey, Chad, Galvan, Jose, Giang, Alan, Hanchinamani, Joseph, Ikeda, Jeffrey, Kenney, John, Magnusson, Lance, Martinez, Christopher, Newberry, Mike, Raymond, Eldridge, Rykala, John, Watts, Jason, Wood, Micheal
• Other Authors: Systems Engineering
• Published: Monterey, California. Naval Postgraduate School 2012
• Online Access: http://hdl.handle.net/10945/6935

The Hybrid Airship Multi-Role (HAMR) Anti-Submarine Warfare (ASW) Mission Module project applies established systems engineering principles and processes to the design of an ASW payload module that examines the capability of the HAMR to perform persistent ASW mission support. Critical system functions and objectives are identified and are assigned appropriate quantitative metrics. Additionally, three alternative architectures are generated and evaluated using the appropriate metrics based on results from modeling using Naval Systems Simulation (NSS). Manning is considered as a key stakeholder parameter and is included as an evaluation concern. The alternatives are also compared through the examination of life cycle costs. The recommendation to the stakeholders based on the research and results is an unmanned ASW sensor platform that uses other ASW assets for prosecution.