• Publications
  • Influence
On automated model-based extraction and analysis of gait
  • D. Wagg, M. Nixon
  • Computer Science
  • Sixth IEEE International Conference on Automatic…
  • 17 May 2004
We develop a new model-based extraction process guided by biomechanical analysis for walking people, and analyse its data for recognition capability. Hierarchies of shape and motion yield relativelyExpand
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Model-Based Gait Enrolment in Real-World Imagery
We present a model-based approach to gait extraction that is capable of reliable operation on real-world imagery. Hierarchies of shape and motion are employed to yield relatively modest computationalExpand
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Automated markerless extraction of walking people using deformable contour models
We develop a new automated markerless motion capture system for the analysis of walking people. We employ global evidence gathering techniques guided by biomechanical analysis to robustly extractExpand
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Developing a non-intrusive biometric environment
The development of large scale biometric systems requires experiments to be performed on large amounts of data. Existing capture systems are designed for fixed experiments and are not easilyExpand
  • 14
  • 1
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A smart environment for biometric capture
Current biometric capture methodologies were born in a laboratory environment. In this scenario you have cooperative subjects, large time capture windows, and staff to edit and mark up data asExpand
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Automated markerless extraction of walking people using deformable contour models: Research Articles
We develop a new automated markerless motion capture system for the analysis of walking people. We employ global evidence gathering techniques guided by biomechanical analysis to robustly extractExpand
  • 1
Local and global models for articulated motion analysis
  • D. Wagg
  • Computer Science, Geography
  • 1 December 2006
Vision is likely the most important of the senses employed by humans in understanding their environment, but computer systems are still sorely lacking in this respect. The number of potentialExpand
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A novel intelligent mechatronic system for hybrid testing
This paper aims to present the results of controlling a novel intelligent mechatronic system that was designed specifically to serve as a sensing and motion system for hybrid testing. The conceptualExpand
Automatic Model-Based Gait Recognition