Accuracy evaluations of human moving pattern using communication quality based on machine learning.
Wataru KawakamiKenji KanaiBo WeiJiro KattoPublished in: GCCE (2017)
Keyphrases
- machine learning
- human computer
- error rate
- high accuracy
- computational cost
- real time
- human learning
- sufficiently accurate
- high quality
- natural language processing
- decision trees
- pattern matching
- learning systems
- data mining
- reinforcement learning
- turn taking
- associative memory
- communication networks
- machine learning methods
- prediction accuracy
- natural language
- knowledge acquisition
- computational intelligence
- quality measures
- computer science
- maximum error
- learning algorithm
- artificial intelligence
- explanation based learning
- machine learning approaches
- quality assessment
- machine learning algorithms
- human subjects
- support vector machine
- pattern discovery
- text mining
- computer vision