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Tu2B-1: Interaction of EM-Fields with Human Body for Efficient Communication: Body as a Wire and Body as a Transmission-Line
Our recent work has developed Electro-Quasistatic Human Body Communication (EQS-HBC), a method for localizing signals within the body using low-frequency transmission, thereby making it extremely diff...
Tu2B-2: 60 Mbps Time-Domain Video Transfer Using Body Communication
With the rapid advancement of the Internet of Bodies (IoB), a growing number of connected devices, such as health monitoring systems, smart glasses, and video sensor nodes, are being utilized around t...
Tu2B-3: Body-Resonance Human Body Powering
The growing demand for the perpetual operation of body-connected devices and distributed sensor nodes, along with an exponential reduction in the size of computing units, has highlighted the need for ...
Tu2B-4: Enhanced Channel Capacity Underwater Multi-Diver Communication with Dual-Resonant Magnetoquasistatic Coupling
In underwater group missions, where effective communication among divers is crucial, delays in information exchange present significant challenges. Such delays can compromise mission success and pose ...
Tu2B-5: Intelligent Smoke Detection: State Recognition and Monitoring of Heating Processes Using FMCW Radar and Data-Driven Algorithms
Conventional smoke detectors are prone to high false alarm rates, particularly in complex environments such as kitchens, where cooking smoke or water vapor often triggers alarms. This study explores t...
Tu2C-1: Monolithically Integrated Optoelectronic Terahertz Sources and Detectors on Quantum Well PIN Substrates
We present a monolithically integrated terahertz optoelectronics (MITO) platform utilizing quantum well (QW) PIN photodiodes, which accommodates terahertz sources, detectors, optical pump sources, amp...
Tu2C-2: On-Chip Photonic THz Emitter with Integrated InGaAs UTC-PD and 2×2 MPA Array on SiC Substrate
This work presents an on-chip integration of a 2×2 microstrip patch antenna (MPA) array with an InGaAs uni-traveling-carrier photodiode (UTC-PD) on a silicon carbide (SiC) substrate, aimed at enhancin...
WSH-4: Bits to Beams: How do You Simulate a Heterogeneously Packaged, Digitally Steered Phased Array?
As interest in heterogenous packaging has intensified, so has the need for an ecosystem that allows for simulation of these complex systems. This workshop will explore how to co-simulate complex syste...
Tu2C-3: An Ultra-Low-Noise 600–700GHz Heterodyne Terahertz Receiver for Ground-Based Astronomy Observations
We present a room-temperature, heterodyne terahertz detection system, specifically developed for ground-based astronomy applications. This system employs an optical local oscillator and a plasmonic ph...
Tu2C-4: High Sensitivity W-Band LEKID-Based On-Chip Polarimeter
We have developed and characterized an on-chip polarimeter based on Lumped Element Kinetic Inductance Detectors (LEKIDs) optimized for the whole W-band frequency range (75–110 GHz). The chip consists ...