Your selections:
A study on validating non-linear dimensionality reduction using persistent homology
- Paul, Rahul, Chalup, Stephan K.
Aligning manifolds of double pendulum dynamics under the influence of noise
- Aziz, Fayeem, Wong, Aaron S. W., Welsh, James S., Chalup, Stephan K.
Anthropocentric biocybernetic computing for analysing the architectural design of house facades and cityscapes
- Chalup, Stephan K., Ostwald, Michael J.
Implementing sensory perception and affect on humanoid robots using applications of manifold learning
Manifold alignment through deep autoencoders
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.
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
Topological analysis, non-linear dimensionality reduction and optimisation applied to manifolds represented by point clouds
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.
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