Aerospace and Defense

Seastema needed to develop and validate a ubiquitous 2D radar called Omega 360, capable of a rose of adjacent simultaneous staring beams that drive continuous bi-dimensional coverage of the controlled ...

Performing dual testing with two devices under test (DUTs) per panel, in-circuit test (ICT), firmware downloading (ISP), boundary scan test, and functional test (FCT) of DVB-S set-top boxes, which are ...

Replacing a proprietary VME-based DSP system owned by Lockheed Martin Aeronautics Co. with a system that acquires, analyzes, and stores dynamic pressure data from a next-generation jet fighter engine design. ...

Building compact system for spectrum monitoring of multiple satellite transponders to ensure compliance with FCC-mandated power and spectral mask limits, and detect any intermittent spurious transmissions ...

Developing two different subsystems for controlling and monitoring a Penning-type ion source on a high-voltage platform and integrating it with an Experimental Physics and Industrial Control System (EPICS)-based ...

Estimating the flight trajectory of a suborbital research rocket without using typical high-power radar methods.

Developing and commercialising technology for capturing cost-effective, high-resolution, wide-area geospatial imagery that combines the best features of current satellite and airborne imagery in a single ...

Loccioni and Avio Aero needed to design and create a scalable, reliable, efficient, and maintainable deterministic real-time software that could acquire several distributed and synchronized I/O, execute ...

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