Research Group: ISVR Signal Processing and Control Group
The analysis of signals lies at the heart of studies in acoustics, dynamics, audiology and human sciences and as a basis for control of sound and vibration. The Group was formed as a focus for signal processing and control techniques and, as such, interacts with the other groups in ISVR. We are involved in a wide range of applications, from aircraft vibration, through active noise control and clinical patient monitoring, to the study of acoustic signalling of bats, dolphins and other marine mammals. Our extensive list of collaborators includes colleagues across the University (eg from Science and Engineering, Ocean Sciences, Medicine, Rehabilitation), local hospitals, and industry and academia at home and abroad. We run a number of short courses on signal processing techniques for industry and for clinical medicine.
Currently Active: Yes
Research
Active Control of Sound and Vibration
Bioacoustics
Biomedical Signal Processing
Condition Monitoring
Neural Engineering
Signal Processing for Underwater Acoustics
Short courses related to signal processing and active control
Many short courses are run as part of the modular MSc Applied Digital Signal Processing, including:
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Active Control of Sound and Vibration
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Biomedical Signal Processing
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Time-frequency Analysis of Signals and Systems.
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Nonlinear Signals and Systems
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Inverse Methods in Signal Processing
A short course on cochlear mechanics is also held.
Contact us
ISVR Unit
Engineering and the Environment
University of Southampton
Highfield Campus
Southampton SO17 1BJSenior administrative officer: Sue Brindle
Tel: +44 (0)23 8059 2291
Email: sjb@isvr.soton.ac.uk
What's related
Selected publications associated with this group from the University of Southampton's electronic library (e-prints):
Article
Book Section
Conference or Workshop Item
Thesis
Members of staff associated with this group:

Mr Mark Abbott
Postgraduate research student
Prof Robert Allen
Professor
Dr Anna Barney
Associate Dean
Mr Jordan Cheer
Postgraduate research student
Mr Richard Collier
Postgraduate research student
Professor Stephen Daley
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Prof. Stephen Daley
Professor
Mr Oliver Dewhirst
Postgraduate research student
Mr David Edwards
Postgraduate research student
Professor Stephen Elliott
Professor
Dr Maryam Ghandchi Tehrani
Lecturer
Mr Mark Hadley
Postgraduate research student
Mr Edward Harland
Postgraduate research student
Mr Hugh Hopper
Postgraduate research student
Ms Aida Jimenez Gonzalez
Postgraduate research student
Miss Su Yeon Kim
Postgraduate research student
Mr Kiran Konde
Postgraduate research student
Mr Hesam Kouchakpour
Postgraduate research student
Mr Giovanni Madariaga Estrada
Postgraduate research student
Mr Guangjian Ni
Postgraduate research student
Dr Dragana Nikolic
Research Fellow
Miss Delphine Nourzad
Postgraduate research student
Miss Federica Pace
Postgraduate research student
Mr Rami Saba
Postgraduate research student
Dr David Simpson
Reader
Mr SeokMan Sohn
Postgraduate research student
Mrs Ruth Turk
Postgraduate research student
Dr Rachel van Besouw
Senior Research Fellow
Professor Paul White
Professor
Dr Ilias Zazas
Research Fellow
Mr Michele Zilletti
Postgraduate research student
Research projects associated with this group:
A study of clicking sounds in the coastal waters
A study of the causes and mechanisms of coccydynia
Accelerated convergence methods for the control fo periodic noise and vibration disturbances
Active control by the receptance method
Active control of human induced vibration in civil engineering structures
Active Control of Sound and Vibration
Activity signature detection from personalised ambient monitoring
Analysis of heart-rate variability in Bolivian mountain dwellers
Analysis of MEG recordings from children with ADHD and controls using single channel ICA
Biosonar inspired acoustic modelling for target localisation and characterisation
Cochlear modelling of distortion product otoacoustic emissions
Compensation filters for feedback control units with proof-mass electrodynamic actuators
Crack detection of rotating machinery by order tracking analysis using particle filtering
Decentralised control units for vibration control in cars
Design of acoustic metamaterials
Detection of passive sonar signals using non-linear systems
Development of software for monitoring the control of bloodflow in the brain
Enhanced iterative learning control for dynamic testing
ICA and source analysis of AEP for assessment of CI users
Information theoretic methods in the analysis of locust limb-control
Investigation of acoustic cues used to identify the spatial position of an object based on echoes
Methods for automatically classifying humpback whale calls
Model based analysis of locust hind-limb control
Modelling and control of high speed craft
Modelling the micromechanics of the cochlea
Modelling the voltage distribution due to a cochlear implant
Multimodal computation in neural networks
Multinodal computation in neuronal networks
New methods for assessing the control of blood flow in the brain
New methods for model-based assessment of cardiovascular control
Objective characterisation of coccydnia
Objective method for the detection of evoked responses
Performance analysis of a P300 BCI speller through single channel ICA
Power modelling for cochlear implants
Preliminary investigations into assisted reverberation
Range-dependent characteristics in the head-related transfer function of a bat-head cast
Robust pole placement of structures
Self-tuning control algorithm for decentralised active damping control units
Self-tuning control systems of decentralised velocity feedback
Signal Processing for Underwater Acoustics
Smart spring marine machinery vibration isolation system
Spectral analysis of interrupted laser doppler flowmetry signals
Spectro-temporal information delivered through cochlear implant systems
The effect of active noise control on the sound quality in cars
The effect of structural-acoustic coupling on the active control of sound in cars
The effectiveness of lung sounds to detect lung tissue changes in the early stages of smoking
The research of wave motion in coupled system by using finite element method
The sources of underwater click sounds of biological origin in UK shallow waters
The validity of the Life Shirt for monitoring breathing retraining therapy
Tracking sperm whales with particle filters
Use of Flat-Panel Loudspeakers for Assisted Reverberation
Vibration attenuation using remotely located control systems
Postgraduate programmes:
MSc Applied Digital Signal Processing (1 year)