Accession Number : ADA632418
Title : Organic Over-the-Horizon Targeting for the 2025 Surface Fleet
Descriptive Note : Capstone project rept.
Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA
Personal Author(s) : Johnson, Cale ; Judy, Brian ; Spurr, Nathaniel ; Gulledge, Joseph ; Harris, Paul ; Haubold, Kyle ; Riner, Jason ; Goh, William ; Hoo, Yew K ; Lau, Dylan Z ; Lua, Kwong Y ; Ng, Cheng L ; Phua, Weiyou ; Poh, Yang S
Report Date : Jun 2015
Pagination or Media Count : 213
Abstract : Adversarial advances in the proliferation of anti-access/area-denial (A2/AD) techniques requires an innovative approach to the design of a maritime system of systems capable of detecting, classifying, and engaging targets in support of organic over-the-horizon (OTH) tactical offensive operations in the 2025 2030 timeframe. Using a systems engineering approach, this study considers manned and unmanned systems in an effort to develop an organic OTH targeting capability for U.S. Navy surface force structures of the future. Key attributes of this study include overall system requirements, limitations, operating area considerations, and issues of interoperability and compatibility. Multiple alternative system architectures are considered and analyzed for feasibility. The candidate architectures include such systems as unmanned aerial vehicles (UAVs), as well as prepositioned undersea and low-observable surface sensor and communication networks. These unmanned systems are expected to operate with high levels of autonomy and should be designed to provide or enhance surface warfare OTH targeting capabilities using emerging extended-range surface-to-surface weapons. This report presents the progress and results of the SEA-21A capstone project with the recommendation that the U.S. Navy explore the use of modestly-sized, network-centric UAVs to enhance the U.S. Navy's ability to conduct surface-based OTH tactical offensive operations by 2025.
Descriptors : *AIRCRAFT , *OVER THE HORIZON DETECTION , *TARGETING , ARCHITECTURE , ATTACK , CLASSIFICATION , COMMUNICATIONS NETWORKS , COMPATIBILITY , FEASIBILITY STUDIES , GROUND LEVEL , INTEROPERABILITY , LIMITATIONS , MANNED , MILITARY OPERATIONS , NAVY , SYSTEMS APPROACH , SYSTEMS ENGINEERING , TACTICAL WARFARE , TARGETS , THESES , UNMANNED , WARFARE
Subject Categories : Target Direction, Range and Position Finding
Distribution Statement : APPROVED FOR PUBLIC RELEASE