Where's the Weet-Bix? - Yuhang Zhang 001; Lei Wang 001; Richard I. Hartley; Hongdong Li (ACCV (1), 2007)

Handling Significant Scale Difference for Object Retrieval in a Supermarket. - Yuhang Zhang 001; Lei Wang 001; Richard I. Hartley; Hongdong Li (DICTA, 2009)

Fast Multi-labelling for Stereo Matching. - Yuhang Zhang 001; Richard I. Hartley; Lei Wang 001 (ECCV (3), 2010)

Superpixels, Occlusion and Stereo. - Yuhang Zhang 001; Richard I. Hartley; John Mashford; Stewart Burn (DICTA, 2011)

Superpixels via pseudo-Boolean optimization. - Yuhang Zhang 001; Richard I. Hartley; John Mashford; Stewart Burn (ICCV, 2011)

Pipeline Reconstruction from Fisheye Images. - Yuhang Zhang 001; Richard I. Hartley; John Mashford; Lei Wang 001; Stewart Burn (J. WSCG, 2011)

PatchMatchGraph: Building a Graph of Dense Patch Correspondences for Label Transfer. - Stephen Gould; Yuhang Zhang 001 (ECCV (5), 2012)

Superpixel Graph Label Transfer with Learned Distance Metric. - Stephen Gould; Jiecheng Zhao; Xuming He 001; Yuhang Zhang 001 (ECCV (1), 2014)

Hierarchical Aggregation Based Deep Aging Feature for Age Prediction. - Jiayan Qiu; Yuchao Dai; Yuhang Zhang 001; Jose M. Alvarez (DICTA, 2015)

Exploiting Redundancy, Recurrency and Parallelism: How to Link Millions of Addresses with Ten Lines of Code in Ten Minutes. - Yuhang Zhang 001; Tania Churchill; Kee Siong Ng (AusDM, 2017)

Exploiting Redundancy, Recurrence and Parallelism: How to Link Millions of Addresses with Ten Lines of Code in Ten Minutes. - Yuhang Zhang 001; Tania Churchill; Kee Siong Ng (CoRR, 2017)

Scalable Entity Resolution Using Probabilistic Signatures on Parallel Databases. - Yuhang Zhang 001; Kee Siong Ng; Michael Walker; Pauline Chou; Tania Churchill; Peter Christen (CoRR, 2017)

Scalable Entity Resolution Using Probabilistic Signatures on Parallel Databases. - Yuhang Zhang 001; Kee Siong Ng; Tania Churchill; Peter Christen (CIKM, 2018)

Robust abdominal organ segmentation using regional convolutional neural networks. - Måns Larsson; Yuhang Zhang 001; Fredrik Kahl (Appl. Soft Comput., 2018)