Submarine Technology and Future Warfare
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Abstract
Submarines have been employed for military purposes in a serious and systematic manner for approximately the past 150 years. Their primary capability lies in stealth, which provides submarines with a significant advantage over other types of naval forces. Ongoing technological advancements continue to offer substantial opportunities to enhance submarine capabilities, thereby shaping the nature of future naval warfare. These developments include advancements in submarine propulsion systems, underwater digital communications, the application of artificial intelligence (AI) in submarine operations, as well as the development of unmanned underwater vehicles (UUVs) and small-sized submarines. Notably, these technological advancements remain focused on strengthening the core stealth capability of submarines. As a result, submarines will continue to function as stealth weapons that are difficult to detect and track, and undersea forces will remain a critical component of future warfare.
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References
Silent Fleet, 5th edition. (Hamburg: Howaldtswerke-Deutsche Werft GmbH, 2011), pp. 39-40
Angela Psoma, Gunter Sattler “Fuel cell systems for submarines: from the first idea to serial production.” Journal of Power Sources Vol. 106 Issues 1-2 (London: Elsevier, 2002), pp. 381-383
Masao Kobayashi, “Lithium Ion Batteries in Submarines – Giving Greater Discretion and Endurance for Conventionally Powered Submarines.” UDT Asia 2017
Vincenzo Pennino, “Lithium-ion Battery for U212NFS” Undersea Defense Technology 2019
Sabrina Schreiber, Ivor Nissen, “Digital distance and channel measurements with the UT3000.” Undersea Defense Technology 2015
John Potter, Joao Alves, Dale Green, Giovanni Zappa, Ivor Nissen, Kim McCoy, “The JANUS Underwater Communications Standard.” IEEE Underwater Communications Networking Conference, September 2014
Roberto Petroccia, “JANUS: A New Digital Underwater Communications Capability for SMER.” NATO Submarine Escape and Rescue Working Group 2019
Eva Artusi, Fabien Chaillan, “Automatic Recognition of Underwater Acoustic Signature for Naval Applications.” 1st Maritime Situational Awareness Workshop 2019
Jeroen de Jonge, Jan Bruggeman, Koen Blom, Nicole van Elst, Hilvert Fitski, Leon Kester, Wouter Noordkamp, “The Unmanned Underwater Vehicle: An Alternative for the SSK or a Valuable Addition?” UDT Asia 2019
Sven Los, Wahyu Schiks, “Total Battery Powered Submarine Design, A New Way of Thinking.” Undersea Defense Technology 2018