In order to get to the enabling sizes and power levels needed to enable this vision, research in ultra-low-power wireless communication technologies, sensor interfaces, power management, and energy ha...
Driven by technology scaling and architecture advances, power consumption for sensing, data processing, and wireless communication in an IoT node has dropped drastically over the last two decades. Thi...
Wake-up radio technology has emerged as a promising solution to reduce energy consumption in wireless sensor networks by enabling nodes to remain in ultra low-power sleep mode until activated by exter...
Wake-up receivers (WuRX) deliver always-on connectivity at microwatt power levels. Designers face the fundamental challenge of achieving both high sensitivity and strong selectivity under extreme ener...
The quest for truly maintenance-free Internet-of-Things (IoT) devices necessitates the elimination of the battery, leading to the emergence of Battery-Less Radio systems. This presentation adopts a sy...
Millimeter-sized radio chip platforms, preferably package-less and battery-less, can enable unique applications such as tagging and tracking of small, low-cost goods, wireless sensing and authenticati...
In this workshop talk, we will go over a recently proposed scalable Reconfigurable Intelligent Surface (RIS) that utilizes distributed wireless control for 2.4GHz Wi-Fi systems, rather than centralize...
In this talk we will present several SoCs for biomedical applications: implantable multiparameter body monitoring device and a complex impedance analyzer for Organ-on-Chip applications. Both devices r...
Moderator: Zeshan Ahmad
Beamforming has emerged as a critical technology for 5G, SATCOM and 6G applications. In commercial 5G mm-wave frequencies (24, 28 and 29GHz), large-scale arrays of nearly 1000 elements are utilized on...