Sabburg, J.

Wong, J.

English

University of Southern Queensland ePrints

Image Analysis and Information Fusion, 6-7 Nov 97 Adelaide  Host and Sponsors:  Cooperative Research Centre for Sensor Signal and  Information Processing (CSSIP), Australia  Defence Science and Technology Organization (DSTO), Australia   Keynote Speeches:   "Sensor Signal and Information Processing"  Henry d'Assumpcao, Director of CSSIP   "Semantic Modelling for Image Analysis"  Wolfgang Foerstner, University of Bonn, Germany   "Intelligent Agents with Belief, Intention and Desire"  Michael P. Georgeff, Australian Artificial Intelligence Institute,  Melbourne, current chair of International Joint Conference on  Artificial Intelligence   "Cool Fusion - key themes in designing information fusion systems"  Daniel McMichael, Data and Information Fusion Program, CSSIP    Workshop Chair and Co-Chairs:  Heping Pan, Mike Brooks, Daniel McMichael and Garry Newsam   Program Committee:  Mike Brooks, University of Adelaide  Wolfgang Foerstner, University of Bonn, Germany  Armin Gruen, Swiss Federal Institute of Technology, Zurich  Douglas J. Kewley, DSTO  Deren Li, School of Information Engineering, WTUSM, Wuhan, China  Yan Lue, GDE Systems, San Diego, USA  Daniel McMichael, CSSIP  Mark Nelson, DSTO  Ram Nevatia, University of Southern California, USA  Garry Newsam, DSTO  Heping Pan, CSSIP  Vittala Shettigara, DSTO  John Trinder, University of New South Wales, Sydney    CALL FOR PAPERS   Hosted by Australia's Cooperative Research Centre for Sensor Signal  and Information Processing (CSSIP), and sponsored by Australia's  Defence Science and Technology Organization (DSTO), IAIF'97 is the  first international workshop on theoretical, experimental and applied  research and development in image analysis and information fusion. It  provides a unique forum for presentation of research and technological  advances by scientists and engineers working in image analysis,  computer vision, photogrammetry, statistical inference, knowledge-based  inference, and information fusion, as well as related applications in  industry, defence, medicine, and geoinformation.    SCOPE:   1. GEOMETRIC IMAGING SITUATION RECOVERY:  aspects of geometric situation of image formation, single and stereo  camera calibration and image orientation, image network recovery and  adjustment, structure and motion from image sequence.   2. IMAGE ANALYSIS AND FEATURE EXTRACTION:  multiresolution image analysis, scale space, wavelets, phase-based  representation, polymorphic features, feature detection and tracking.   3. STEREO VISION AND MULTIPLE IMAGE FUSION:  stereo image matching, phase-based matching, feature-based matching,  object-space image matching, fusion of visual modules, multiple  image matching, surface reconstruction, disparity discontinuity and  occlusion, horizontal and hierarchical disparity propagation.   4. INFORMATION FUSION THEORIES AND ARCHITECTURES:  interfacing signals with symbols, Bayesian networks, probabilistic  knowledge representation and inference, Blackboard architectures,  neural networks, intelligent agents with belief, desire and  intention.   5. APPLICATIONS:  active vision systems, photogrammetry and remote sensing, monitoring  and control of dynamic engineering systems, situation and threat  assessment for defence, battlefield information fusion, medical  expert systems with sensors, geographic information systems, etc.    SUBMISSION PROCEDURES:   Prospective authors are invited to submit papers in any of the  technical areas listed above. To submit a proposal, prepare a 3-6  page extended abstract of the paper including text, figures and  references. The abstract should be headed by paper title, authors and  their affiliations, including the contact author's name and address,  including telephone number, fax number, and email address. Attached to  the back of the extended abstract should be an additional page  containing a short paragraph on biographical details of each  author. Four copies should then be sent to:   All submissions will be reviewed by at least two  reviewers. The final version of a paper is limited to 12 pages and  will be published in the edited Proceedings of IAIF'97.  

Development of a Sun centred sky camera for use in UV measurements

Sabburg, J

Wong, J

Queensland University of Technology ePrints Archive

Development of a Sun Centred Sky Camera for use in UV Measurements

http://eprints.usq.edu.au/10184/1/Image%20Analysis%20and%20Information%20Fusion.pdf

Development of a Sun centred sky camera for use in UV measurements

Abstract

Similar works

Full text

Available Versions

University of Southern Queensland ePrints

Queensland University of Technology ePrints Archive