Improving Human-Machine Interaction for a Powered Wheelchair Driver by Using Variable-Switches and Sensors that Reduce Wheelchair-Veer.
David A. SandersMartin LangnerNils BauschYa HuangSergey KhaustovSarinova SimandjuntakPublished in: IntelliSys (2) (2019)
Keyphrases
- human machine interaction
- semi autonomous
- brain computer interface
- spontaneous speech
- human machine
- control system
- gesture recognition
- set top box
- spoken dialogue systems
- data sets
- multi sensor
- sensor data
- focus of attention
- sensor networks
- real time
- data fusion
- ground truth
- user interface
- online training
- machine learning