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Tab 2 - Platforms

Posted 22 September 2016

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  • Develop and Assess Networked Undersea Autonomous Sensing and Tracking
  • Develop and Evaluate Precision Control of Agile Underwater Vehicles
  • Develop and Assess Agile, Hovering AUVs for NSW Operations
  • Develop Long-endurance, integrated UUV/USV tactical environmental sensing system
  • MEMS Direction Finding Acoustic Sensor
  • Develop Underwater Masked Carrier Acoustic Communication
  • Assess the Role of Raw Powder Characteristics in Additive Manufacturing (AM) of Metals and Alloys for Naval Applications
  • Develop and Assess Surface Ship Safety Predictive Analysis
  • Develop and Assess the Surface Ship Port Loading Model
  • Measure The Potential Impact Of Fuel Planner Systems On Surface Fleet Time On Station
  • Apply Systems Engineering and Architecting to Decentralized C2 in Support of the Fleet’s Distributed Lethality Concept
  • Convoy Defense Operations
  • High Energy Laser Weapon System Engagements
  • Develop an Automated Unmanned Aerial System
  • Test and Evaluate Autonomous Unmanned Systems
  • Combat Systems Engineering of an Airborne High Energy Laser Weapon
  • Distributed Command and Control in Navy Integrated Fire Control - Counter Air
  • Integration of Airborne ELINT/EW Collections Systems
  • Develop and Assess Satellite Vulnerability Planning Models
  • Develop a Cybersecurity Framework for Ship Industrial Control Systems (ICS)
  • Develop and Assess Afloat Network Defense Cyber Operations with CDOSS and MAST
  • Develop tools for Mapping Dark Maritime Networks
  • Identify and Assess Development Test and Evaluation (DT&E) Implications for Cyber
  • Develop Methods to Determine the Value and Employment of “Brown” and “Green” Water Navy Options 
  • Assess the Global Force Management Process and Efficiencies
  • Develop a Cost-Benefit Model for Evaluating Forward Presence
  • Develop Methods to Counter State and Non-State Actors Contesting the Maritime Battlespace and Littorals
  • Investigate Innovation in Military Logistics and Unmanned Cargo Distribution
  • Investigate Innovation in Military Logistics and Remote Monitoring of Heavy Tactical Vehicles
  • Develop Methods to Integrate Robotic Forces
  • Determine Methods to Safeguard the “Global System” and Strategic Commons
  • Determine Concepts for Sea Basing vs. Land Basing Forward Deployed Forces (Comprehensive Logistics Management for the Sea Base)
  • Determine How to Tailor the Global Presence Based on Threat and Need (Modeling and Analysis of Surface Navy Availability Maintenance Processes)
  • Determine Concepts for Future Options of Forward Basing and Stationing: (GCSS Analytics Suite Prototype)
  • Develop Air Base Ground Defense (ABGD) in support of Expeditionary Force-21 (EF-21)
  • Establish a Mobile Computing Techniques for Effective and Efficient Generation and Dissemination of Operations Orders
  • Run a Simulation to Evaluate the USMC’s Distributed Laydown Lift Requirements
  • Develop a J7 Logistics Management System (LMS) (A Total DoD Solution)
  • Determine an Method to Optimally Redistribute Equipment Among USMCR Units