Human activity recognition by wearable sensors will enable a next-generation human-oriented ubiquitous computing. However, most of the existing research on�...
Sep 7, 2019 � Baseline recognition result of HASC-PAC2016 segmented data is 73.4% accuracy for overall, 81.4% for limited by terminal position, and 85.1% with�...
Sep 16, 2016 � Abstract. Human activity recognition by wearable sensors will enable a next-generation human-oriented ubiquitous computing.
Nov 6, 2018 � Bibliographic details on HASC-PAC2016: large scale human pedestrian activity corpus and its baseline recognition.
About. In hasc.jp we are working to collect and to distribute large-scale human activity corpus. If you need any information, please let us know.
Sep 14, 2016 � This will require large scale human activity corpuses and much improved methods to recognize activities and the context in which they occur.
HASC-PAC2016: large scale human pedestrian activity corpus and its baseline recognition. ; 開始ページ: 705 ; 終了ページ: 714 ; 記述言語: 英語 ; 掲載種別: 研究論文（�...
2005. HASC-PAC2016: Large scale human pedestrian activity corpus and its baseline recognition. H Ichino, K Kaji, K Sakurada, K Hiroi, N Kawaguchi. Proceedings�...
ABSTRACT. Understandings of human activity through the wearable sensor will enable the next-generation human-oriented computing.
Missing: PAC2016: baseline
HASC-PAC2016: Large scale human pedestrian activity corpus and its baseline recognition. H Ichino, K Kaji, K Sakurada, K Hiroi, N Kawaguchi. Proceedings of�...