Your selections:
Manifold alignment through deep autoencoders
Semi-supervised manifold alignment using parallel deep autoencoders
- Aziz, Fayeem, Wong, Aaron S. W., Chalup, Stephan
Testing the robustness of manifold learning on examples of thinned-out data
- Aziz, Fayeem, Chalup, Stephan
Aligning manifolds of double pendulum dynamics under the influence of noise
- Aziz, Fayeem, Wong, Aaron S. W., Welsh, James S., Chalup, Stephan K.
Topological analysis, non-linear dimensionality reduction and optimisation applied to manifolds represented by point clouds
A study on validating non-linear dimensionality reduction using persistent homology
- Paul, Rahul, Chalup, Stephan K.
Implementing sensory perception and affect on humanoid robots using applications of manifold learning
Visual gaze analysis of robotic pedestrians moving in urban space
- Wong, Aaron S. W., Chalup, Stephan K., Bhatia, Shashank, Jalalian, Arash, Kulk, Jason, Nicklin, Steven, Ostwald, Michael J.
Anthropocentric biocybernetic computing for analysing the architectural design of house facades and cityscapes
- Chalup, Stephan K., Ostwald, Michael J.
Representations of streetscape perceptions through manifold learning in the space of Hough arrays
- Chalup, Stephan K., Clement, Riley, Marshall, Joshua, Tucker, Chris, Ostwald, Michael J.
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