Declarative Gesture Spotting Using Inferred and Refined Control Points
We propose a novel gesture spotting approach that offers a comprehensible representation of automatically inferred spatiotemporal constraints. These constraints can be defined between a number of characteristic control points which are automatically inferred from a single gesture sample. In contrast to existing solutions which are limited in time, our gesture spotting approach offers automated reasoning over a complete motion trajectory. Last but not least, we offer gesture developers full control over the gesture spotting task and enable them to refine the spotting process without major programming efforts.
Publication Reference
Hoste, L., De Rooms, B. and Signer, B.: "Declarative Gesture Spotting Using Inferred and Refined Control Points", Proceedings of the 2nd International Conference on Pattern Recognition Applications and Methods (ICPRAM 2013), Barcelona, Spain, February 2013
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Related Research Project(s)
- Mudra - A Unified Multimodal Interaction Framework
- Midas - A Declarative Multi-Touch Interaction Framework