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Localization and Context Determination for Cyber-Physical Systems Based on 3D Imaging
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Author(s): Hannes Plank (Infineon Technologies Austria AG, Austria), Josef Steinbaeck (Infineon Technologies Austria AG, Austria), Norbert Druml (Independent Researcher, Austria), Christian Steger (Graz University of Technology, Austria)and Gerald Holweg (Infineon Technologies Austria AG, Austria)
Copyright: 2018
Pages: 26
Source title:
Solutions for Cyber-Physical Systems Ubiquity
Source Author(s)/Editor(s): Norbert Druml (Independent Researcher, Austria), Andreas Genser (Independent Researcher, Austria), Armin Krieg (Independent Researcher, Austria), Manuel Menghin (Independent Researcher, Austria)and Andrea Hoeller (Independent Researcher, Austria)
DOI: 10.4018/978-1-5225-2845-6.ch001
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Abstract
In recent years, consumer electronics became increasingly location and context-aware. Novel applications, such as augmented and virtual reality have high demands in precision, latency and update rate in their tracking solutions. 3D imaging systems have seen a rapid development in the past years. By enabling a manifold of systems to become location and context-aware, 3D imaging has the potential to become a part of everyone's daily life. In this chapter, we discuss 3D imaging technologies and their applications in localization, tracking and 3D context determination. Current technologies and key concepts are depicted and open issues are investigated. The novel concept of location-aware optical communication based on Time-of-Flight depth sensors is introduced. This communication method might close the gap between high performance tracking and localization. The chapter finally provides an outlook on future concepts and work-in progress technologies, which might introduce a new set of paradigms for location-aware cyber-physical systems in the Internet of Things.
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