Applied Mathematics Inc

860-464-7259

Applied Mathematics, Inc, conducted research and development in order to develop and demonstrate a ship-tracking capability for large vessels within an existing multi-static Coastal Ocean Dynamics Applications Radar ( CODAR ) HF Radar network deployed along the New Jersey coast. We developed and implemented the mathematics required to track multiple ships using monostatic and bistatic CODAR detections.We also conducted research and development in support of the DoD Counterdrug Technology Development Program Office at NSWC Dahlgren.Applied Mathematics, Inc, has provided modeling and engineering support in the areas of concept development and requirements analysis for assessing the tactical utility of submarine hullforms.Applied Mathematics, Inc, provides systems engineering support to Naval Warfare Development Center and Commander Submarine Development Squadron TWELVE in support of submarine tactical development. Tactical studies and analyses in the areas of weapon employment ; ASW search principles, algorithms, and methods ; and Target Motion Analysis were conducted. Four delivery orders were issued under this contract in the past three years.Applied Mathematics, Inc, provides modeling, simulation, and analysis support to Naval Warfare Development Center and Commander Submarine Development Squadron TWELVE in support of submarine tactical development. Tactical studies and analyses in the areas of weapon employment ; ASW search principles, algorithms, and methods ; and Target Motion Analysis were conducted. Four delivery orders were issued under this contract in the past three years. Extensive use of simulation was made in order to assess accuracy of TMA methods and ASW search effectiveness.Applied Mathematics, Inc, has developed a variety of prototype systems for military applications including a portable Mk48 torpedo launcher ; a conductivity, temperature, pressure sensor for submarines ; and an active flow control system for use in UAV and SSTOL aircraft.We conducted research and development tasks to model, prototype and wind tunnel test an active flow control system for use in an airfoil. This system is intended for use in both UAVs and in SSTOL aircraft.We conducted research and development, modeling, and prototype tasks in support of submarine security and submarine survivability. A TACAID was developed and delivered to the Fleet that allowed a submarine commanding officer to estimate in real-time his ship's probability of being detected by a variety of non-acoustic sensors. Over ten submarine sea tests were supported by AMI technical staff in support of this effort. A prototype conductivity, temperature and pressure sensor system was developed and tested at sea. A TEMPALT was prepared for installing the system.