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Researcher Details
 
Name: Professor I Robertson
Organisation: University of Leeds
Department: Electronic and Electrical Engineering
Current EPSRC-Supported Research Topics:
Acoustics Building Ops & Management
Control Engineering Design & Testing Technology
Ground Engineering Instrumentation Eng. & Dev.
RF & Microwave Technology Robotics & Autonomy
Robotics & Autonomy Urban & Land Management

Current EPSRC Support
EP/S016813/1 Pervasive Sensing for Buried Pipes(C)
EP/N010523/1 Balancing the impact of City Infrastructure Engineering on Natural systems using Robots(C)
Previous EPSRC Support
EP/N005686/1 Simultaneously Wireless InFormation and energy Transfer (SWIFT) - LEEDS costs(P)
EP/D068649/1 Integrated Functional Materials for System-in-Package Applications(C)
GR/S62369/01 Millimetre-wave Antenna Integration for Ceramic Multichip Module Technology(C)
GR/S72320/01 Portfolio Partnership Award in Integrated Electronics(C)
GR/R96606/01 PLATFORM: Platform Grant for the Advanced Technology Institute at the University of Surrey(C)
GR/R34028/01 InP Travelling-Wave HPTs for Ultra High Frequency Photonic Systems(P)
GR/R08070/01 Ultrafast Studies of Optoelectronic Devices For Telecommunications(C)
GR/N31122/01 MTP: CONTINUING EDUCATION FOR ELECTRONICS SYSTEMS INTEGRATION (CEESI)(C)
GR/M92300/01 (JREI) MONOLITHIC MILLIMETRE-WAVE INTEGRATED CIRCUITS FOR SPACE APPLICATIONS(P)
GR/N06366/01 MICROSTRUCTURES ON MICROWAVE CIRCUITS (MIMIC)(P)
GR/L93355/02 ADVANCED ELECTROMAGNETIC MODELLING OF MULTILAYER MONOLITHIC INTEGRATED CIRCUITS(C)
GR/L93355/01 ADVANCED ELECTROMAGNETIC MODELLING OF MULTILAYER MONOLITHIC INTEGRATED CIRCUITS(C)
GR/M01388/01 75-300 GHZ MULTI-CHIP MODULE TECHNOLOGY(P)
GR/M01418/01 75 - 300 GHZ MULTI-CHIP MODULE TECHNOLOGY(P)
GR/L37564/02 MILLIMETRE-WAVE SIGNAL PROCESSING FOR DATA COMMUNICATIONS AND RADAR APPLICATIONS(P)
GR/L37564/01 MILLIMETRE-WAVE SIGNAL PROCESSING FOR DATA COMMUNICATIONS AND RADAR APPLICATIONS(P)
GR/K95819/01 PROCESSING OF NOVEL DIELECTRIC STRUCTURES FOR MICROWAVE & MILLIMETRE-WAVE INTEGRATED CIRCUITS(P)
GR/K27018/01 LARGE-SIGNAL CHARACTERISATION AND DESIGN OF MILLIMETRE-WAVE INTEGRATED CIRCUITS(P)
GR/J50491/01 ADVANCED ACTIVE ANTENNAS FOR MILLIMETRE-WAVE INTEGRATED CIRCUITS(P)
GR/J51214/01 NOVEL CIRCUIT TECHNIQUES FOR MONOLITHIC MICROWAVE POWER AMPLIFIERS(P)
GR/J15919/01 NOVEL MICROSTRIP AND CPW STRUCTURES FOR MICROWAVE CIRCUITS EMPLOYING HIGH-TC SUPERCONDUCTORS(P)
GR/J16428/01 PROCESSING OF NOVEL DIELECTRIC STRUCTURES FOR MICROWAVE AND MILLIMETRE-WAVE INTEGRATED CIRCUITS(P)
GR/J16268/01 ANTENNA SECTORISATION AND DIVERSITY TECHNIQUES FOR MICROWAVE AND MILLIMETRE-WAVE COMMUNICATIONS.(P)
GR/H78535/01 A NEW CLASS OF ACTIVE FILTER FOR MONOLITHIC MICROWAVE INTEGRATED CIRCUITS(P)
GR/H39468/01 ADVANCED MICROWAVE SIGNAL PROCESSING TECHNIQUES FOR INTEGRATED CIRCUITS(P)
GR/G33066/01 SPECTRUM ANALYSER FOR THE MEASURMENT OF DIGITAL RADIO TRANSMISSIONS AND MICROWAVE CIRCUITS.(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator