Thanks to the increase in processing power and in the number of sensors present in today's mobile devices, context-aware applications have gained a renewed interest. This paper focuses on a particular type of context, the transportation mode used by a person for carbon footprint estimation and it summarizes a method for automatically classifying different transportation modes with a smartphone. The method was evaluated with real data presenting promising results: a performance of around 94% was obtained when classifying 7 different classes with a random forest followed by a Discrete Hidden Markov Model (DHMM) filtering and accelerometer and magnetometer based features while the addition of the GPS improved the performance up to 96%.
Transportation mode recognition based on smartphone embedded sensors for carbon footprint estimation
01.11.2016
517044 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
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Trans Tech Publications | 2013
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