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Researcher Details
 
Name: Professor AF Murray
Organisation: University of Edinburgh
Department: Sch of Engineering
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/K034510/1 Implantable Microsystems for Personalised Anti-Cancer Therapy(P)
EP/H011242/1 Detailed Investigation of Human Epilepsy: Growing Human Neuron Cell Bodies to Regular Lattice Structures on Controllable Silicon Chips(P)
EP/G005508/1 Patterning Biological Cells Using Microfabrication Technology(P)
EP/E063322/1 Neuromorphic Sensorimotor Integration for Legged Locomotion (NSILL)(P)
EP/E002005/1 Meeting the design challenges of the nano-CMOS electronics(P)
EP/C516583/1 PLATFORM: Biologically-Inspired VLSI Computation(P)
GR/S26958/01 Supergen Marine Consortium(C)
GR/P02394/01 Ind. CASE - University of Edinburgh(C)
GR/R65589/01 Talking with Nerve Cells: Developing Communication Between Living Vertebrate Neurons and Electronic Systems(P)
GR/R74567/01 Silicon Spiking Systems: Collective Parallel Computation and Adaptive Sensory Systems(P)
GR/R47318/01 Understanding and Utilising Fluctuations in Systems of Deep Sub-Micron MOS Devices(P)
GR/M62280/01 JIF:EQUIP.TO SUPPORT R&D INVOLV.THE MICROFABRICATION OF ADV.DEVICES & SYSTEMS BASED ON POST-PRO.FOUNDRY SIL(C)
GR/M40288/01 ANALOGUE VSLI COMPUTING WITH UNCERTAINTY-AN INTEGRATED HELMHOLTZ MACHINE FOR INTEGRATED SENSOR FUSION(P)
GR/M56579/01 SILICON AND NEUROBIOLOGY:TOWARDS A MIXED COMPUTATIONAL PARADIGM(C)
GR/M38506/01 AMORPHOUS SILICON NON-VOLATILE MEMORIES(C)
GR/L81000/01 DEVELOPMENT OF TEST STRUCTURES FOR CHARACTERISING IC TECHNOLOGIES(C)
GR/L30930/01 NEURAL MODELLING AND TRADITIONAL INDUSTRY: APPLICATIONS IN PAPERMAKING(P)
GR/L15388/01 ADAPTIVE RADIAL BASIS FUNCTION NETWORKS(C)
GR/J75722/01 PULSE-STREAM VLSI FOR RADIAL BASIS FUNCTION NEURAL NETWORKS(P)
GR/J44537/01 UNDERSTANDING AND USING NOISY SYNAPTIC WEIGHTS IN NEURAL LEARNING.(P)
GR/H17060/01 LEARNING STRATEGIES AND VLSI CIRCUITS FOR AUTONOMOUS LEARNING IN NEURAL NETWORKS(P)
GR/H16643/01 LEARNING STRATEGIES AND VLSI CIRCUITS FOR AUTONOMOUS LEARNING IN NEURAL NETWORKS(C)
GR/G59844/01 CMOS NEURAL INTEGRATED CIRCUITS WITH ELECTRONICALLY PROGRAMMABLE AMORPHOUS SILICON MEMORY DEVICES(P)
GR/G06404/01 DESIGN OF PULSE-STREAM NEURAL INTEGRATED CIRCUITS WITH AMORPHOUS SILICON SYNAPSES(P)
GR/F02670/01 THE DEVELOPMENT OF FULLY PROGRAMMABLE ANALOG VSLIDEVICES FOR THE ELECTRONIC IMPLEMENTATION OF NEURAL NETWORK(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator