<--- Back to Details
First PageDocument Content
Active shape model / Degrees of freedom / Orthogonality / Projection / Subspace topology / Mathematical optimization / Computer vision / Mathematics / Active appearance model
Date: 2009-04-24 01:57:41
Active shape model
Degrees of freedom
Orthogonality
Projection
Subspace topology
Mathematical optimization
Computer vision
Mathematics
Active appearance model

Face Alignment with Unified Subspace Optimization of Active Statistical Models Ming Zhao Department of Computer Science National University of Singapore [removed]

Add to Reading List

Source URL: www.mingzhao.name

Download Document from Source Website

File Size: 333,31 KB

Share Document on Facebook

Similar Documents

MSM3P22/MSM4P22 Further Complex Variable Theory & General Topology Course notes - Handout 3 Jos´e A. Ca˜ nizo October 5, 2012

MSM3P22/MSM4P22 Further Complex Variable Theory & General Topology Course notes - Handout 3 Jos´e A. Ca˜ nizo October 5, 2012

DocID: 1qQGR - View Document

Overt Subspaces of Rn Paul Taylor 29 June 2014 This is a  rough draft

Overt Subspaces of Rn Paul Taylor 29 June 2014 This is a rough draft

DocID: 1ppxT - View Document

MSM3P22/MSM4P22 Further Complex Variable Theory & General Topology Course notes - Handout 7 Jos´e A. Ca˜ nizo November 2, 2012

MSM3P22/MSM4P22 Further Complex Variable Theory & General Topology Course notes - Handout 7 Jos´e A. Ca˜ nizo November 2, 2012

DocID: 1oMKL - View Document

Journal of Machine Learning Research2517  Submitted 4/12; Revised 3/13; Published 9/13 Greedy Feature Selection for Subspace Clustering Eva L. Dyer

Journal of Machine Learning Research2517 Submitted 4/12; Revised 3/13; Published 9/13 Greedy Feature Selection for Subspace Clustering Eva L. Dyer

DocID: 1kvf1 - View Document

Computable Real Analysis without Set Theory or Turing Machines Paul Taylor Department of Computer Science University of Manchester UK EPSRC GR/S58522

Computable Real Analysis without Set Theory or Turing Machines Paul Taylor Department of Computer Science University of Manchester UK EPSRC GR/S58522

DocID: 1gn1D - View Document