Kontextbasierte Aktivit\"atserkennung -- Synergie von Mensch und Technik in der Social Networked Industry
Friedrich Niemann, Christopher Reining

TL;DR
This paper explores sensor-based human activity recognition in social networked industries, emphasizing the integration of contextual data like object positions to enhance machine understanding of non-verbal human movements for industrial collaboration.
Contribution
It presents ongoing fundamental research on activity recognition and discusses potential transferability to industrial applications by incorporating contextual data streams.
Findings
Sensor data can effectively recognize human movements.
Adding context improves activity recognition accuracy.
Potential for industrial application transfer is identified.
Abstract
In a social networked industry, the focus is on collaboration between humans and technology. Communication is the basic prerequisite for synergetic collaboration between all players. It includes non-verbal as well as verbal interactions. To enable non-verbal interaction, machines must be able to detect and understand human movements. This article presents the ongoing fundamental research on the analysis of human movements using sensor-based activity recognition and identifies potential for a transfer to industrial applications. The focus is on the practical feasibility of activity recognition by adding further data streams such as the position data of logistical objects and tools, meaning the context in which a certain activity is carried out. -- In der Social Networked Industry steht die Zusammenarbeit von Mensch und Technik im Vordergrund. Grundvoraussetzung f\"ur eine…
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Taxonomy
TopicsContext-Aware Activity Recognition Systems · Human Pose and Action Recognition · Personal Information Management and User Behavior
