Media Summary: Generic facial feature point tracking in unconstrained environments using Robust Object Tracking Via Sparse Collaborative Appearance Model Reconstructed 3D landmarks based on Augmented

Robust Active Apperance Models - Detailed Analysis & Overview

Generic facial feature point tracking in unconstrained environments using Robust Object Tracking Via Sparse Collaborative Appearance Model Reconstructed 3D landmarks based on Augmented Jonathan Kelly (University of Toronto) - The difference is night and day: learning An example of AAM tracking combined with a particle filter. In this case full recovery after the occlusion is achieved. An example of standard AAM tracking. It is not able to recover from the occlusion.

My implementation of AAM - Test 2 , for my semester project 4 (global/rigid) + 2 (norigid) shape ...

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Robust Active Apperance Models
Active Appearance Model tracking robust to occlusions
Robust 2.5D Active Appearance Models (AAMs) - Self Occlusion
Active Appearance Models in the Wild
Active Appearance Models in Action
Robust Object Tracking Via Sparse Collaborative Appearance Model
Active Appearance Models (AAM) Project-Out Fitting
Augmented Active Appearance Models - Demo 2
Active Appearance Model
Jonathan Kelly (UofT) - Learning models of appearance change for robust visual navigation
Active appearance Model, succesful tracking through occlusion
Active Appearance Models tracking through occlusions
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Robust Active Apperance Models

Robust Active Apperance Models

This video shows a

Active Appearance Model tracking robust to occlusions

Active Appearance Model tracking robust to occlusions

Demo of

Robust 2.5D Active Appearance Models (AAMs) - Self Occlusion

Robust 2.5D Active Appearance Models (AAMs) - Self Occlusion

Robust

Active Appearance Models in the Wild

Active Appearance Models in the Wild

Generic facial feature point tracking in unconstrained environments using

Active Appearance Models in Action

Active Appearance Models in Action

Active Appearance Models in Action

Robust Object Tracking Via Sparse Collaborative Appearance Model

Robust Object Tracking Via Sparse Collaborative Appearance Model

Robust Object Tracking Via Sparse Collaborative Appearance Model

Active Appearance Models (AAM) Project-Out Fitting

Active Appearance Models (AAM) Project-Out Fitting

Active Appearance Models

Augmented Active Appearance Models - Demo 2

Augmented Active Appearance Models - Demo 2

Reconstructed 3D landmarks based on Augmented

Active Appearance Model

Active Appearance Model

Facial feature tracker using

Jonathan Kelly (UofT) - Learning models of appearance change for robust visual navigation

Jonathan Kelly (UofT) - Learning models of appearance change for robust visual navigation

Jonathan Kelly (University of Toronto) - The difference is night and day: learning

Active appearance Model, succesful tracking through occlusion

Active appearance Model, succesful tracking through occlusion

An example of AAM tracking combined with a particle filter. In this case full recovery after the occlusion is achieved.

Active Appearance Models tracking through occlusions

Active Appearance Models tracking through occlusions

An example of standard AAM tracking. It is not able to recover from the occlusion.

Test - II - Active Apperance Model Face Tracking - Inverse Compositional + Project Out

Test - II - Active Apperance Model Face Tracking - Inverse Compositional + Project Out

My implementation of AAM - Test 2 http://code.google.com/p/aa... , for my semester project 4 (global/rigid) + 2 (norigid) shape ...