Projects

Lincoln Laboratory flight tested an IBM-developed AI processor to assess its potential application in warfighting missions.

A complete rearchitecting of radar backends will enable the missile and space missions on Kwajalein for decades to come.

Combined quantum networking and lasercom optical signaling techniques could impact advanced sensing applications such as geolocation with distributed systems.

A strategy for lessening wind turbines’ effects on the performance of an aircraft measurement system at a naval air station on the Chesapeake Bay could inform future research into interference mitigation for other radar applications.

New waveforms enable efficient spectrum sharing between radars sensing moving objects and wireless communications systems transmitting data.

New software tools provide test operators with automated decision support for directing sensors during increasingly complex tests conducted at the Reagan Test Range (RTR).

We developed an open system architecture that reduces the complexity and cost of operations at the Reagan Test Range.

We conducted a software-defined radio technology development program to improve the way telemetered information is collected and processed.

Dedicated satellite imaging could help coordinate emergency response to disasters.

An aging weatherproof enclosure protecting one of the space surveillance radars on Kwajalein Atoll is replaced.