Electronic maneuvering board and dead reckoning tracer decision aid for the officer of the deck

• Main Authors: Frantzen, Joey L., Ehresman, Kenneth L.
• Other Authors: Riehle, Richard D.
• Format: Others
• Published: Monterey, California. Naval Postgraduate School 2012
• Online Access: http://hdl.handle.net/10945/1650

The U.S. Navy currently bases the majority of our contact management decisions around a time and manning intensive paper-based Maneuvering Board process. Additional manning requirements are involved on many Naval Ships in order to accurately convey the information to the OOD and/or the Commanding Officer. When given situations where there exist multiple contacts, the current system is quickly overwhelmed and may not provide Decision-Makers a complete and accurate picture in a timely manner. The purpose of this research is to implement a stand-alone system that will provide timely and accurate contact information for Decision-Makers. By creating a reliable, automated system in a format that is familiar to all Surface Warfare Officers we will provide the Navy with a valuable decision-making tool, while increasing ease of data exchange and reducing current redundancies and manning inefficient practices. Our software design is based upon the Unified Modeling Language (UML). UML allows us to construct a software model that is supported by the Ada programming language. Our design is based upon these fundamental tenants: Non- Operating System dependent, Non-Hardware System dependent, Extensible and Modular design. Ada provides a certified compiler, making our code robust and assuring the βbuyerγ that the program does what we advertise it to do. === US Navy (USN) authors