Each submarine is assigned two complete crews, called the Blue crew and the Gold crew, each typically serving 70-to-90-day deterrent patrols. The Ohio-class submarine was designed for extended strategic deterrent patrols. The Ohio class is to be gradually replaced by the Columbia class beginning in 2031. Navy tradition had previously reserved for battleships and cruisers. All the Ohio-class submarines, except for USS Henry M. The lead submarine of this class is USS Ohio. Although the Trident missiles have no preset targets when the submarines go on patrol, : 392 they can be given targets quickly, from the United States Strategic Command based in Nebraska, using secure and constant radio communications links, including very low frequency systems. The 14 SSBNs together carry about half of U.S. Air Force strategic bombers and intercontinental ballistic missiles. Like its predecessor Benjamin Franklin- and Lafayette-class subs, the Ohio-class SSBNs are part of the United States' nuclear-deterrent triad, along with U.S. At 20 Trident II missiles apiece, Ohio-class boats carry just as many missiles, if not more, than either the Borei class (16, 20 on the Borei II) or the recently deactivated Typhoon class (20). They are the world's third-largest submarines, behind the Russian Navy's Soviet-designed 48,000-ton Typhoon class and 24,000-ton Borei class.
Each displacing 18,750 tons submerged, the Ohio-class boats are the largest submarines ever built for the U.S. The Ohio class of nuclear-powered submarines includes the United States Navy's 14 ballistic missile submarines (SSBNs) and its four cruise missile submarines (SSGNs). General characteristics (SSGN conversion)Ģ2 tubes, each with 7 Tomahawk cruise missiles, totaling 154 General characteristics (SSBN-734 and subsequent hulls upon construction, SSBN-730 to SSBN-733 since refueling)Ģ0 × Trident II D5 SLBM with up to 12 MIRVed W76 or W88 (475 kt TNT) nuclear warheads each, range 6,100 nmi (11,300 km 7,000 mi)
General characteristics (SSBN-726 to SSBN-733 from construction to refueling)Ģ0 × Trident I C4 SLBM with up to 8 MIRVed 100 kt TNT W76 nuclear warheads each, range 4,000 nmi (7,400 km 4,600 mi)
BQQ-6 passive bow-mounted array (which includes BQS-13 fire control array) Ĥ × 21 inch (533 mm) Mark 48 torpedo tubes (Forward Compartment 4th level). 25 knots (46 km/h 29 mph) submerged (reported). 20 knots (37 km/h 23 mph) submerged (official). (December 19, 2019).USS Ohio, during her commissioning ceremony in 1981. International Conference on Signal Processing and Communication Systems, "Modeling Worm Propagation and Insider Threat in Air-Gapped Network using Modified SEIQV Model," IEEE, Hilton Conference Center, Australia. NPS Teaching Fellows, "Overhauling Introductory Cyber Courses - Teaching Fellows Wrap-Up," NPS Office of Teaching and Learning, Online. (May 18, 2022).Ħth Annual NMIOTC Maritime Cybersecurity Conference, "A PROTOTYPE AIS INPUT SANITIZER TO CONSTRAIN THE ATTACK SURFACE OF INTEGRATED BRIDGE AND NAVIGATION SYSTEMS," NATO Maritime Interdiction Operations Training Center, NMIOTC Headquarters, CA, Greece. NPS Junior Faculty Research Seminar, "Stable Distributions for Network Anomaly Detection," NPS, CA, United States. Politico Pro, "What the US Colonial pipeline cyberattack means for Europe," EAG. Politico Pro, "The cyber bug in the EU's Green Deal," EAG. Radio Interview, "Naval Postgraduate School Conducts Education And Research In Cyber Warfare," NPR. Cyber System Assurance through Improved Network Anomaly Modeling and Detection. Network anomaly detection with stable distributions.īollmann, C. Resilient Real-Time Network Anomaly Detection using Novel Non-Parametric Statistical Tests. An Attack Vector Taxonomy for Mobile Telephony Security Vulnerabilities. Representation of Positive Alpha-Stable Network Traffic Through Levy Mixtures. Techniques to Improve Stable Distribution Modeling of Network Traffic.īollmann, C. Towards An Explanatory Model for Network Traffic. Modeling Worm Propagation and Insider Threat in Air-Gapped Network using Modified SEIQV Model. Aggregated impulses: Towards explanatory models for self-similar alpha stable network traffic. A novel Levy-impulse mixture based connection model for computer network traffic. Spoofed Networks: Exploitation of GNSS Security Vulnerability in 4G and 5G Mobile Networks. A Novel Adaptable Framework for Covert Communications in Anonymized Protocols.
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