Projects

Lincoln Laboratory is exploring the feasibility of building an airborne sensing system to detect the presence of humans under dense tree canopy.

We developed a ladar that samples at the diffraction limit to collect high-resolution imagery for geospatial mapping missions.

An aircraft outfitted with an advanced open-architecture radar system provides a platform for testing new radar technology.

A processor that automatically adjusts to computational needs is designed to minimize power consumption.

An artificial intelligence (AI) test environment can help researchers evaluate promising embedded AI technologies and their impact on systems developed for Department of Defense missions.

For experiments with unmanned aerial vehicles, researchers use simulated geographies that avoid the risks of real-world flight tests.

Novel metamaterials deployed to provide a barrier around critical structures are designed to redirect and attenuate hazardous seismic waves.

A power-efficient application-specific integrated circuit system on chip that performs up to 2 trillion computations per second has potential for use in mobile communication systems.

A prototype of a new graph processor has been shown to handle big data as efficiently as a supercomputer.

Recent advances in imaging architectures and real-time processing are enabling the development of a miniature ladar sensor that can be deployed on a UAV.