Sunday 4 June
8:00 - 12:00
SSB:
Principles of Solid-State Microwave and RF Control for Circuit Reconfigurability
WSI:
Frontiers of Superconducting and Cryogenic Microwave Electronics
WSK:
Highly Digital CMOS Transmitters With Embedded Power Amplifiers
WSL:
Microwave Thru Sub-THz Imaging and Sensor Array Technology for Security, Industrial, Commercial and Medical Applications
WSU:
The Many Flavors of CMOS/Bipolar RF Harmonic Oscillators
8:00 - 17:00
SSA:
Introduction to Solid-State Power Amplifier Design and Considerations for Space-Borne Applications
SSC:
From Bits to Waves: Building a Modern Digital Radio in 1 Day
WSA:
100-1000 GHz: Crossroads for New Design Paradigms Connecting Devices, Circuits, Systems and Applications
WSB:
5G Communications Innovations: Connectivity for the Next Decade
WSC:
5G mm-Wave IC Front-End Co-Design with Antenna, Packaging, and Testing for Future SOC Solutions
WSD:
Advanced Concepts and Architectures for Future RF and mmW Transceivers in Nanoscale CMOS
WSE:
CMOSpace: Challenges and Accomplishments of Designing Advanced CMOS SoC for Space Communication and Instrumentation
WSF:
Efficiency Enhancement Techniques for Linear and High Bandwidth Power Amplifiers
WSG:
Energy-Efficient RF Transceiver IC and System Design for Healthcare Applications
WSH:
Frequency Synthesis and Clock Distribution for Massive MIMO and Phased-Arrays in 5G Communication Systems and Beyond
WSM:
Millimeter Wave for 5G: Which Systems with which Frequency Band - 5G RF Transceiver Design and System Aspects
WSN:
Passive Integrated Circuits
WSQ:
RFIC Design Challenges for the IoT at Scale
WSR:
RFIC Design for Automotive Radar
WSS:
RFIC Design in CMOS FinFET and FD-SOI
WSV:
Uncertainty in RF/Microwave Measurement and Modeling
13:00 - 17:00
WSJ:
High Performance Power Efficient Clock Generation for Internet of Things Applications
WSO:
Polar, ET, Outphasing, Doherty, Predistortion ... : Which One Survives at mm-Wave Frequencies?
WSP:
Recent Advances in Microwave Noise: From Device Modeling to Network Design and Characterization
WST:
RF-Inspired Silicon Photonic
Monday 5 June
8:00 - 12:00
WME:
Front End Module (FEM) for 5G
WMH:
Non-Doherty Load-Modulated PAs
WML:
RF to/from Bits: Challenges in High Frequency Mixed Signal Measurements and Design
8:00 - 17:00
SMA:
Coupling-Matrix-Based Design of RF/Microwave Filters
SMB:
Fundamentals of Microwave Imaging
SMC:
SOI, From Basics to Applications
WMA:
Advanced Microwave Technologies for Internet of Space Applications
WMC:
Emerging Applications of THz
WMG:
New Developments in Microwave Measurements for Planar Circuits and Components
WMI:
Novel 5G Applications of Nonlinear Vector Network Analyzer for Broadband Modulation and Millimeter Wave Characterization
WMJ:
PAs for 5G Mobile Communication: Technologies and Challenges
WMK:
RF and Optical Techniques for Non-Contact and Wearable Health Monitoring
WMM:
Silicon Technologies for mmWave Applications
WMN:
System Requirements and Technologies for Tunable Filters
WMO:
Technologies for 5G Backhaul and Infrastructures
13:00 - 17:00
WMB:
Digital-Intensive Wireless Transmitters for 4G/5G Broadband Mobile Communications
WMD:
Flexible Devices, Circuits and Systems Solutions to RF and mmW Front-Ends for 5G Cellular Communications
WMF:
High Power WPT
Tuesday 6 June
8:00 - 9:40
TU1E:
Multiscale and Multiphysics Modeling for RF, Microwave, Terahertz and Optical Applications
TU1F:
Broadband and Millimeter-Wave Power Amplifiers
TU1G:
3D Printed Waveguides and Packages
TU1H:
Recent Advances in Radar Systems Technology
10:10 - 11:50
TU2E:
Nonlinear Device, Circuit, and System Modeling & Analysis
TU2F:
Recent Advances in CMOS Integrated Circuits from Baseband to THz
TU2G:
Developments in High Power MMIC Amplifiers
TU2H:
Multi-GHz Frontend Mixed-Signal Circuits and All-Digital Transmitters
10:30 - 12:00
TUIF1:
Interactive Forum - One
13:30 - 15:00
TUIF2:
Interactive Forum - Two
13:30 - 15:10
TU3A:
State of the Art in Cryogenic Low Noise Amplifiers
TU3B:
Innovative Waveguide Components
TU3C:
Wearable Systems and Enabling Technologies for Internet of Things (IoT)
TU3D:
Emerging Space Systems and Associated Technology
TU3E:
Advanced GaN Transistor Modeling With Self-Heating and Trapping Effects
TU3F:
3-D Tunable and Reconfigurable Filters
TU3G:
Functional Materials for RF and Microwave Control Applications
TU3H:
Integrated Circuits for Wireless Power Transfer