1 Department of Informatics and Mathematical Modeling, Technical University of Denmark
This report provides an analysis of 37 annotated frontal face images. All results presented have been obtained using our freely available Active Appearance Model (AAM) implementation. To ensure the reproducibility of the presented experiments, the data set has also been made available. As such, the data and this report may serve as a point of reference to compare other AAM implementations against. In addition, we address the problem of AAM model truncation using parallel analysis along with a comparable study of the two prevalent AAM learning methods; principal component regression and estimation of fixed Jacobian matrices. To assess applicability and efficiency, timings for model building, warping and optimisation are given together with a description of how to exploit the warping capabilities of contemporary consumer-level graphics hardware.
face recognition; annotated image data set; shape analysis; generative modelling; active appearance models; active shape models