3D Nanoscale Tracking Data Analysis for Intracellular Organelle Movement using Machine Learning Approach.
Seohyun LeeHyuno KimMasatoshi IshikawaHideo HiguchiPublished in: ICAIIC (2019)
Keyphrases
- machine learning
- data analysis
- data mining
- human movement
- particle filter
- knowledge discovery
- data collection
- appearance model
- pattern recognition
- object tracking
- real time
- machine learning methods
- particle filtering
- visual tracking
- data processing
- feature selection
- data sets
- mean shift
- kalman filter
- learning tasks
- statistical methods
- motion analysis
- inductive learning
- motion tracking
- artificial intelligence
- big data
- inductive logic programming
- life sciences
- real time tracking
- learning systems
- computational intelligence
- text mining
- decision trees
- active learning
- machine learning algorithms
- statistical learning
- atomic force microscopy
- human arm
- learning algorithm
- image sequences
- natural language
- explanation based learning
- machine learning approaches
- support vector machine
- video surveillance
- rough sets
- model selection