A Wearable Computing System for Dynamic Locating of Parking Spaces
This paper describes a dynamic locating system implemented in
an autonomous wearable computing system for the automobile
warehouse management application. Since the first prototype is
developed as jacket [1], this prototype is miniaturized and
therefore realized as holster which consists of several modules
for identification, communication and localization. It is worn by
employees during warehousing of automobiles. The modules
collect data, which are used by the operating system to calculate
the location of parking spaces dynamically.
Keywords: automobile warehouse management, embedded
system, global positioning, wearable computing system
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