Based on ongoing graphics and visualization programs at TA, Woods Hole Oceanographic Institute has asked for TA to help with graphical representations of waves, beaches, and currents as part of ongoing research into sand bar develoment and "rip tides".
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Based on its successful Phase I effort for the Air Force, TA has been awarded a Phase II program to develop a wireless telemetry system for remote determination of tire temperature and pressure and brake temperature for aircraft during flight testing.
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Building upon TA's successful SWAV Phase I program, a Phase II award to fully develop a realistic, real-time visualization software tool for Navy mission planners is underway.
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Following from TA's successful Phase I collaboration with the Naval Postgraduate School, a Phase II award has been given to TA for further "scaled up" testing of the BubbleSquid pressure-triggered influence mine sweeping system.
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Templeman Automation has released a simple-to-use data logger that uses standard USB Data Sticks as the storage medium. Simply insert a USB data stick into the base unit and the unit begins collecting data. Users can adjust the sample rate using a simple configuration file (.txt) located on the data stick.
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Templeman Automation has been awarded a Phase I Small Business Innovative Grant by the US Navy to develop a "Smart Gasket" for aircraft carrier launch operations. The "Smart Gasket" concept is a gasket embedded with sensors to detect impending faults. The first application of this technology is to detect impending failures on the critical steam catapult aboard US Navy aircraft carriers.
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Templeman Automation has been awarded a Phase I Small Business Innovative Grant by the US Navy to develop software to automatically 'pack' planes onto air-capable ships such as aircraft carriers. The software is intended to automate the labor intensive and tedious task of arranging aircraft on air-capable ships.
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