Quantized Census for Stereoscopic Image Matching
                        
                        
                            - Submitting institution
 
                            - 
                                City, University of London
                                
 
                            
 
                            - Unit of assessment
 
                            - 11 - Computer Science and Informatics
 
                            - Output identifier
 
                            - 747
 
                            - Type
 
                            - E - Conference contribution
 
                                - DOI
 
                                - 
                                        10.1109/3DV.2014.83
                                
 
                                - Title of conference / published proceedings
 
                                - 2014 2nd International Conference on 3D Vision
 
                                - First page
 
                                - 22
 
                                - Volume
 
                                - -
 
                                - Issue
 
                                - -
 
                                - ISSN
 
                                - 1550-6185
 
                                - Open access status
 
                                - Out of scope for open access requirements
 
                            - Month of publication
 
                            - August
 
                            - Year of publication
 
                            - 2015
 
                            - URL
 
                            - 
-                            
 
                            - Supplementary information
 
                            - 
-                            
 
                            - Request cross-referral to
 
                            - -
 
                            - Output has been delayed by COVID-19
 
                            - No
 
                            - COVID-19 affected output statement
 
                            - -
 
                            - Forensic science
 
                            - No
 
                            - Criminology
 
                            - No
 
                            - Interdisciplinary
 
                            - No
 
                            - Number of additional authors
 
                            - 
                                3
                            
 
                            - Research group(s)
 
                            - 
-                            
 
                                - Citation count
 
                                - 1
 
                            - Proposed double-weighted
 
                            - No
 
                            - Reserve for an output with double weighting
 
                            - No
 
                            - Additional information
 
                            - The output presents a robust method that improves computer vision-based depth capture under specific conditions, while being cheap and efficient to calculate. The technique is a significant improvement over the routinely used Census technique. We have shown it to be particularly valuable in hand pose-recognition in follow-on research collaborations with industry partner Huawei Technologies Research & Development (Basaru et al 2018).
 
                            - Author contribution statement
 
                            - -
 
                            - Non-English
 
                            - No
 
                            - English abstract
 
                            - -