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The need for efficient movement and precise location of people, goods, and services within complex buildings is becoming more important. In this article, an indoor positioning and communication platform using fluorescent light communication (FLC) is proposed. A new robot control method using FLC, is discussed. A practical intelligent environment with 14 compact fluorescent down lights, and a receiver...
A VLC (Visible Light Communication) system using fluorescent lights has been developed for indoor guidance of the visually impaired. While it is relatively straightforward to provide generalized location information for a blind user, precise location information is much more difficult to determine. We propose that the effective data reception range and the receiver's precise location can be calculated...
The aim of this study is to demonstrate the relationship between the user's walking speed and the data transmission speed in an indoor guidance system using fluorescent lights and a wireless LAN. A simulation formula is used to give out the direct relationship between the parameters. We simulated four angles (30??-90??) between the sensor and the horizontal direction. Three different walking speeds...
The aim of this study is to demonstrate the relationship between the user's walking speed and the data transmission speed in an indoor guidance system using fluorescent lights and a wireless LAN. A simulation formula is used to give out the direct relationship between the parameters. We simulated four angles (30deg-90deg) between the sensor and the horizontal direction. Three different walking speeds...
The aim of this study is to demonstrate the relationship between the user's walking speed and the data transmission speed in an indoor guidance system using fluorescent lights and a wireless LAN. A simulation formula is used to give out the direct relationship between the parameters. We simulated four angles (30deg-90deg) between the sensor and the horizontal direction. Three different walking speeds...
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