A Homogeneous DC-DC Converter Grid with Fast Load Sharing for Distributed Power Supply in SOC Applications
PI: Prof. Philip Mok
A Fast Reference-Tracking On-Chip Switching Converter for DVFS Applications
PI: Prof. Philip Mok
Cost-effective and Eco-friendly LED System-on-a-chip (SoC)
Co-PI: Prof. Philip Mok, Prof. Patrick Yue; Co-I: Prof. Wing-Hung Ki
Development of Low-Power Fast-Transient Digital Low-Dropout Regulator for SOC Power Supply
PI: Prof. Philip Mok
Low-Voltage Digital Low-Dropout Regulator
PI: Prof. Philip Mok
Advanced Envelope-Tracking Architectures and ICs for LTE Transmitters
PM: Prof. Howard Luong, Co-PI: Prof. Howard Luong, Prof. Philip Mok
Low-Noise Power Management System for Ultra-Low Voltage Energy-Efficient Circuits
PI: Prof. Philip Mok
Development of Ultra-Low-Power Power Management Integrated Circuit for Energy-Autonomous Electronic Device
PI: Prof. Philip Mok
Intelligent LED Lighting Microsystems (iLight) for Sustainable Environment and Novel Photonic Wireless Applications
Co-PI: Prof. Philip Mok, Prof. Patrick Yue; Co-I: Prof. Wing-Hung Ki
High Performance Resistive Phase Change Memory Technology for Terascale Storage
PI: Prof. Mansun Chan
Highly-reliable CMOS integrated circuit oriented manufacture process and fast design validation platforms
PI: Prof. Mansun Chan
Characterization and Modeling of Nanowire Tunneling Field Effect Transistors
PI: Prof. Mansun Chan
Modeling the Statistical Performance Variations in Nanowire Transistor Circuits
PI: Prof. Mansun Chan
High-Efficiency Low-Cost Compact Wireless Regulating Rectifier Technology for A4WP
PI: Prof. Wing-Hung Ki
High-Efficiency Resonant Wireless Power Transfer Systems
PI: Prof. Wing-Hung Ki
Gallium Nitride High Electron Mobility Transistor (GaN-HEMT) Driver with Digital Dead-time Correction
PI: Prof. Wing-Hung Ki
Integrated Power Management IC for Multiple Global Navigation Satellite Systems (GNSS)
PI: Prof. Wing-Hung Ki; Co-PI: Prof. Chi-Ying Tsui
Cost-Effective and Eco-Friendly LED System-on-a-Chip (SoC)
PI: Prof. Wing-Hung Ki
Integrated Step-Down Switched-Capacitor Voltage-Converters for Low-Voltage Portable Applications
PI: Prof. Wing-Hung Ki
High-Efficiency Wideband Envelope-Tracking Supply Modulator for 4G RF Power Amplifiers
PI: Prof. Wing-Hung Ki
Guangdong – Hong Kong Integrated Circuit Design and Innovation Platform
PI: Prof. Wing-Hung Ki; Co-PI: Prof. Philip Mok, Prof. Patrick Yue; Prof. Chi-Ying Tsui
Control Strategies and Integrated Circuit Techniques for Very High Frequency DC-DC Switching Converters
PI: Prof. Wing-Hung Ki
Phase-Noise Cancellation for VCOs and Synthesizers
PI: Prof. Howard Luong
Milimeter-wave Integrated Circuits Design
PI: Prof. Howard Luong
Envelope Tracking for LTE Power Amplifiers
PI: Prof. Howard Luong
Manufacturable Passive RFID Platform with Embedded Sensors
PI: Prof. Howard Luong
Sensor Interfaces and Wireless Platforms for Smart Green Buildings- Phase II
PI: Prof. Chi-Ying Tsui; Co-PI: Prof. Amine Bermak, Prof. George Yuan
Hardware Implementation of high throughput list decoder of Polar code
PI: Prof. Chi-Ying Tsui
Sensor Interfaces and Wireless Platforms for Smart Green Buildings
PI: Prof. Chi-Ying Tsui; Co-PI: Prof. Amine Bermak, Prof. George Yuan
Adaptive wireless power and data telemetry system for optic nerve stimulation
PI: Prof. Chi-Ying Tsui; Co-PI: Prof. Wing-Hung Ki
Hardware development of high throughput decoder of polar code
PI: Prof. Chi-Ying Tsui
Performance Modeling and Optimization of Network-on-Chip (NoC) Systems Using Machine Learning Techniques
PI: Prof. Chi-Ying Tsui
Improving Yield and Reliability of Network-on-chip Through Dynamic Reconfiguration of Partial-Faulty Routing Resources and Thermal-aware Design
PI: Prof. Chi-Ying Tsui
Wireless-powered implantable chip for neuro-protection of optic nerve
PI: Prof. Chi-Ying Tsui; Co-PI: Prof. Wing-Hung Ki
Variation-Tolerant Dynamic Thermal Management for Protecting Multi-core Processors under Temperature Constraint Based on Adaptive Fuzzy Control
PI: Prof. Wei ZHANG
Programmable Analytics with Hardware Acceleration for Intensive Cyber Security Data
PI: Prof. Wei ZHANG
