Nicholas J. Redding - researchr alias

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Viewing Publication 1 - 27 from 27

2017

Non-Periodic Translation Symmetry Detection Using Global Self SimilarityCarmine Pontecorvo, Nicholas J. Redding. dicta 2017: 1-8 [doi]

2014

Fusion of Multiple Sensor Data to Recognise Moving Objects in Wide Area Motion ImageryShannon Fehlmann, Carmine Pontecorvo, David M. Booth, Pranam Janney, Robert Christie, Nicholas J. Redding, Michael Royce, Merrilyn Fiebig. dicta 2014: 1-8 [doi]

2013

Application of Detection and Recognition Algorithms to Persistent Wide Area SurveillanceShannon Fehlmann, David M. Booth, Pranam Janney, Carmine Pontecorvo, Peter Aquilina, Tony Scoleri, Nicholas J. Redding, Robert Christie. dicta 2013: 1-8 [doi]

2012

A system for live geo-spatial photogrammetry in airborne surveillance videosTony Scoleri, Shannon Fehlmann, David M. Booth, Robert Christie, Martin Hamlyn, Nicholas J. Redding. ivcnz 2012: 13-18 [doi]

2011

Online Tracking of People through a Camera NetworkJamie Sherrah, Dmitri Kamenetsky, Robert Whatmough, Nicholas J. Redding. dicta 2011: 579-584 [doi]

2009

On the extraction of 3D models from airborne video sensors for geolocationTristrom Cooke, Robert Whatmough, Nicholas J. Redding, Gary Ewing, Edwin El Mahassni. dsp, 19(6):934-941, 2009. [doi]

Evaluation of a Particle Filter to Track People for Visual SurveillanceJamie Sherrah, Branko Ristic, Nicholas J. Redding. dicta 2009: 96-102 [doi]

2008

GPU-Accelerated KLT Tracking with Monte-Carlo-Based Feature ReselectionJulius Fabian Ohmer, Nicholas J. Redding. dicta 2008: 234-241 [doi]

Cross-Matching via Feature Matching for Camera Handover with Non-overlapping Fields of ViewNicholas J. Redding, Julius Fabian Ohmer, Judd Kelly, Tristrom Cooke. dicta 2008: 343-350 [doi]

2007

GPU-Accelerated Background Generation Algorithm with Low LatencyJulius Fabian Ohmer, Peter G. Perry, Nicholas J. Redding. dicta 2007: 547-554 [doi]

2005

Federated Exploitation of All-Source ImageryDavid M. Booth, Nicholas J. Redding, Ronald Jones, M. Smith, I. J. Lucas, K. L. Jones. dicta 2005: 36 [doi]

Moving Target Indication and Tracking from Moving SensorsRonald Jones, Branko Ristic, Nicholas J. Redding, David M. Booth. dicta 2005: 46 [doi]

2004

SAR image formation via inversion of radon transformsNicholas J. Redding. icip 2004: 13-16 [doi]

2003

Fast Segmentation of Large ImagesDavid J. Crisp, Peter G. Perry, Nicholas J. Redding. acsc 2003: 87-93 [doi]

Small target detection using enhanced SAR imagesJingxin Zhang, Jim Schroeder, Nicholas J. Redding. SMC 2003: 1001-1006 [doi]

SAR image enhancement for small target detectionJingxin Zhang, Jim Schroeder, Nicholas J. Redding. icassp 2003: 449-452 [doi]

2000

Comparison of Selected Features for Target Detection in Synthetic Aperture Radar ImageryTristrom Cooke, Nicholas J. Redding, Jim Schroeder, Jingxin Zhang. dsp, 10(4):286-296, 2000. [doi]

Implicit Polynomials, Orthogonal Distance Regression, and the Closest Point on a CurveNicholas J. Redding. pami, 22(2):191-199, 2000. [doi]

Singular value features of imagesJingxin Zhang, Jim Schroeder, Tristrom Cooke, Nicholas J. Redding, Tahong Tang. vcip 2000: 894-903

1997

Fitting the Most Probable Curve to Noisy ObservationsGarry N. Newsam, Nicholas J. Redding. icip 1997: 752-755 [doi]

Fitting Implicit Quartics for Use in Feature ExtractionNicholas J. Redding, R. C. Whatmough. icip 1997: 410-413 [doi]

1996

A merging procedure for connecting fitted implicit polynomials for featuresNicholas J. Redding, Garry N. Newsam. anziis 1996: 299-303 [doi]

Efficient calculation of finite Gabor transformsNicholas J. Redding, Garry N. Newsam. tsp, 44(2):190-200, 1996. [doi]

1994

Computation and conditioning of the finite-discrete Gabor transformNicholas J. Redding, Garry N. Newsam. icassp 1994: 5-8 [doi]

1993

Constructive higher-order network that is polynomial timeNicholas J. Redding, Adam Kowalczyk, Tom Downs. NN, 6(7):997-1010, 1993. [doi]

1991

Learning in Feedforward Networks with Nonsmooth FunctionsNicholas J. Redding, Tom Downs. nips 1992: 1056-1063 [doi]

Some aspects of representation and learning in artificial neural networksNicholas J. Redding. PhD thesis, University of Queensland, Australia, 1991. [doi]

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