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@@ -67,8 +67,8 @@ As modern smartphones become more and more powerful, classical approaches of pat
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Nevertheless, in context of detecting activities in indoor environments, such approaches might be to much of a good thing.
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For example, \cite{moder15} provide very promising results, but their approach requires an extensive training-phase using a set of previously recorded training data.
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Acquiring such data can not only be time-consuming, but often opens the need for a high diversity, to model multiple different movement patterns and thus prevent an overadaption of the classification to a small set of testers.
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Because of this, we present a threshold-based activity recognition, that can cover a very general setting without much prior knowledge.
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This is a very straightforward approach and can be found especially in early literature on activity detection using wearable sensors \cite{lee2002activity, sekine2000classification, veltink1996detection}.
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Because of this, we present a threshold-based activity recognition, that can cover a general setting without much prior knowledge.
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This is a very straightforward approach, what can be found especially in early literature on activity detection using wearable sensors \cite{lee2002activity, sekine2000classification, veltink1996detection}.
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In contrast to recent state-of-the-art methods, which try to incorporate many different activities, we are only interested in finding four activities, namely standing, walking, walking up and down.
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This limitation allows to consider the present scenario in the best possible way.
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It should be noted, that our approach cannot necessarily keep up with the more advanced methods mentioned above, but it shows suitable results in the context of indoor localization.}
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