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WSA-6: (Voltage-Controlled) Oscillators with Ultra-Low Phase Noise
The talk begins with a tutorial-style by introducing different topologies of integrated harmonic oscillators (such as Colpitts, Class-B, Class-C and others) with emphasis on the phase noise generated ...
WSA-7: Design and Performance Characterization of PLL-Based Chirp Generators for FMCW Radar Applications
Frequency Modulated Continuous Wave (FMCW) radar sensors are widely used in applications such as automotive radar, indoor localization, industrial sensing, and imaging. At the heart of these sensors l...
WSI-1: Lab-to-Fab Transition of CMOS Simultaneous Transmit and Receive (STAR) Research
There has been significant research in academic settings on integrated self-interference cancellation techniques for STAR operation, with steady progress in transmit power handling, cancellation bandw...
WSI-2: Transceiver Techniques for FDD and Full-Duplex Wireless
The growing demand for high-data-rate transmission in modern wireless communication systems has motivated broadband wireless technologies to support increased channel capacity. This talk will present ...
WSI-3: Integrated Self-Interference Cancellers at RF for Communication and Radar
Simultaneous Transmit and Receive (STAR) technologies, including full-duplex and frequency division duplexing techniques introduce the critical challenge of self-interference (SI) from TX to RX. In th...
WSI-4: Self-Interference Cancellation Techniques in Frequency Division Duplexing Receiver Front-Ends
This talk analyzes the challenges faced in frequency division duplexing receivers and how different self-interference cancellation architectures proposed in the literature can help relieve these issue...
WSI-5: GHz to Sub-THz In-Band Full-Duplex Operations in CMOS Based on Wave Frequency and Mode Conversions
In-band full-duplex operations in CMOS are gaining attention in many diverse applications: from doubling of communication capacity, cryogenic quantum readout, to high-performance sensing. Traditional ...
WSI-6: Antenna Interfaces with Built-In Self-Interference Cancellation for Future Communication and Sensing Systems
Spectrum-efficient approaches such as Simultaneous Transmit And Receive (STAR) are desirable to meet the demands of future multi-function wireless communication and sensing systems. Successful STAR im...
WSI-7: Opportunities and Challenges on the Next Generation Concurrent Reconfigurable Multi-Radio IoT Devices
With an increasingly advanced IoT device wireless landscape, demands increase not only for seamless and secure connectivity for smart home and industrial use cases, but also for the development of fut...
WSI-8: Integrated Self-Interference Cancelers for Fully-Duplex Radios
The ever-increasing demand for data in today’s society has driven the rapid evolution of wireless technologies to enhance network capacity. While 5G deployments have made significant advances through ...