We will present the basics of Artificial Intelligence (AI)/machine learning (ML) for 3D Radar. The presentation is targeted to general audiences in the microwave community who are not necessarily expe...
mm-Wave radar capabilities that enable robust, precise environmental mapping and object classification under all weather conditions define the next frontier in automotive sensing. Crossing this fronti...
UWB radar is rapidly gaining traction, particularly with its integration into the upcoming IEEE 802.15.4ab standard. Leveraging its relatively low carrier frequency (compared to mm-wave radar) along w...
This presentation examines the synergy between silicon-based mm-wave phased array technology and advances in edge AI. This convergence enables the development of holistic "antennas-to-AI" sy...
High-resolution radar technology in the D-Band offers unique opportunities for precision sensing in both industrial and scientific applications. This talk presents recent advances in the development o...
InP HBT front-ends provide improved RF performance over SiGe/Si amplifiers, particularly at higher frequencies, due to their higher cutoff frequencies and breakdown voltage. Teledyne’s InP HBT process...
In this talk, we will discuss the general challenges in implementing mm-wave phased arrays, and present solutions to address some of these challenges. This will include efficient power amplifier desig...
mm-Wave phased arrays require compact TR front-ends with the performance of compound semiconductors at the cost and scale of silicon. PseudolithIC will present its progress towards realizing intellige...
This talk will present a novel quad-pole vector modulator/phase-shifter with very low gain and phase error, which has led to the development of ultra-wideband phased arrays at 2.5–25GHz (and 3–30GHz)....