Live Demonstration of IoT and AI System for Recognition of States of Buildings subjected to Seismic Vibration Motion.
Takumi ItoChanghoon ChoiTakahiro YamamotoTakashi NakajimaTakayuki KawaharaYoichiro HashizumeMikio HasegawaPublished in: ISCAS (2018)
Keyphrases
- motion estimation
- artificial intelligence
- seismic data
- recognition accuracy
- visual perception
- object recognition
- image sequences
- space time
- static images
- recognition rate
- hand gestures
- automatic recognition
- motion recognition
- human gait
- motion detection
- motion synthesis
- feature extraction
- case based reasoning
- motion patterns
- action recognition
- camera motion
- aerial images
- ai systems
- motion segmentation
- human motion
- motion field
- spatial and temporal
- pattern recognition
- expert systems
- motion model
- fault diagnosis
- signal processing
- management system
- machine learning
- motion analysis
- spatio temporal
- optical flow
- motion planning
- cloud computing
- real time
- human activities
- motion capture
- knowledge representation
- recognition process
- motion tracking
- mobile robot
- activity recognition
- motion history images
- big data