Pinpointing vehicles with high precision under adverse weather conditions
MIT Lincoln Laboratory radar system achieves centimeter-level localization; could help driverless cars stay in lane when road markings are obscured.
MIT Lincoln Laboratory radar system achieves centimeter-level localization; could help driverless cars stay in lane when road markings are obscured.
A cross-language search engine enables English monolingual analysts to find foreign language documents relevant to their investigations.
Mechanism developed at MIT and Massachusetts General Hospital shows promising results for improved ovarian cancer detection and removal.
New facility will enable interactive, high-performance computing for data analysis.
Lincoln Laboratory workshop teaches undergraduates how to build and test small radar systems.
On April 23, MIT's Open House will feature 350-plus events to entertain and inform all ages.
Lincoln Laboratory engineers and Department of Aeronautics and Astronautics undergraduates honored as engineering leaders of tomorrow.
Detailed model can help planners meet climate goals, increase resilience.
Contributions of new members include the design of parallel computing systems, the development of 3-D printing, and the discovery of near-Earth asteroids.
Three software products named among 100 most technologically significant innovations of 2015.
MIT Lincoln Laboratory is developing high-tech tools to improve situational awareness during emergency response operations.
Seventy-five years ago, an international meeting of scientific minds changed forever how MIT and other research institutions develop new technologies.
Ingestible sensor measures heart and breathing rates from within the digestive tract.
Siebert, an expert in long-range radar, helped shape EECS undergraduate curriculum.