University of Surrey

Centre for Vision, Speech and Signal Processing

The Centre for Vision, Speech and Signal Processing (CVSSP) is one of the major research centres of the Faculty of Engineering and Physical Sciences at the University of Surrey. CVSSP was founded in 1986 by Prof Josef Kittler within Surrey's Department of Electrical and Electronic Engineering. Its aim is to advance the state of the art in multimedia signal processing and computer vision, with a focus on image, video and audio applications.  CVSSP, directed by Prof Adrian Hilton, is one of the largest research centres in the UK focusing on signal processing and interpretation. It has over 120 members comprising academic and support staff, postdoctoral research fellows, visitors and PhD students. CVSSP research income is in excess of £12m, with about 90 percent resourced by grants from EPSRC, European Commission (EC), Technology Strategy Board (TSB) and industry.

The Centre's expertise and activities span Computer Vision, Digital Signal Processing, Machine Learning and Artificial Intelligence, Computer Graphics and Human Computer Interaction, Medical Image Analysis and Multimedia Communication. CVSSP is structured into six Research Labs in Machine Audition, Biometrics & Security, Cognitive Systems, Multimedia Communications, Medical Imaging and Visual Media Our research is conducted in key-themes across the Centre; 3D Video3D Spatial AudioBiometricsBlind Source SeparationCoding and TransmissionFacial AnalysisHuman Motion AnalysisMedia AdaptationMedia NetworkingMedical Image AnalysisQuality of ExperienceSign and Gesture AnalysisSpeech and Audio ProcessingSurveillanceVideo and Audio RetrievalInterfaces/Visual Interaction

CVSSP research spans fundamental theoretical advances through to practical application. The majority of the Centre's research is conducted in collaboration with the UK or European industry. The Centre has a strong track-record of innovative research leading to technology transfer and exploitation in biometrics, creative industries, mobile communication, consumer electronics, manufacturing , surveillance and clinical applications

Related Research

Next Generation Motion Capture

The University of Surrey are pioneers in next generation  animation technology. The university are leaders in the development of markerless motion capture as well as developing new systems to capture 3D moving surfaces (costume, hair, etc.). These systems are highly automated and generate characters with near photo-realism through a new texturing pipeline.  This R&D work is being further developed with the BBC, The Imaginarium, DoubleNegative, Organic Motion, Animazoo and others.

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Immersive Audio Experiences

The UK’s £5m S3A project is led by the University of Surrey and will deliver future spatial audio for an immersive listener experience. S3A will deliver novel audio rendering and production tools for spatialized audio through loudspeakers and headphones, enabling creation of cinematic quality immersive audio experiences over inexpensive hardware e.g. in a home or vehicle.

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5G Mobile

The 5G Innovation Centre (5GIC) at the University of Surrey recently demonstrated streaming content at 1Tbps over a prototype 5G connection.  The opportunities for low latency, very high speed mobile connections create unique novel opportunities for high definition video, asset streaming, and very low latency multiplayer gaming and/or server-side interactions for Games.

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