作者: Thomas Lingner , Peter Meinicke , Ulf Großekathöfer , Amir Sadeghipour , Stefan Kopp
DOI:
关键词: Speech recognition 、 Gesture recognition 、 Latency (engineering) 、 Natural (music) 、 Representation (mathematics) 、 Computer science 、 Data set 、 Variation (game tree) 、 Gesture 、 Reproduction (economics)
摘要: In human-machine interaction scenarios, low latency recognition and reproduction is crucial for successful communication. For of general gesture classes it important to realize a representation that insensitive with respect the variation performer specific speed development along trajectories. Here, we present an approach learning speed-invariant models provide fast convenient We evaluate our model data set comprising 520 examples 48 classes. The results indicate able learn gestures from few observations high accuracy.