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A path loss model for 300-GHz wireless channels

Seung-Hwan Kim, Alenka Zajić

Open publisher page 15 citations

Abstract

This paper presents the path loss model for 300 - 320 GHz wireless channels.The single-slope large-scale path loss model that includes log-normal shadow fading is devised from the large set of measured data. A good match between the modelled and the measured path loss is observed. The results show that for short distances, the path loss exponent is around 2 and the shadow fading is the smallest at the center of the frequency band of interest.

About this research paper

What this paper is about

This paper presents the path loss model for 300 - 320 GHz wireless channels.The single-slope large-scale path loss model that includes log-normal shadow fading is devised from the large set of measured data. A good match between the modelled and the measured path loss is observed. The results show that for short distances, the path loss exponent is around 2 and the shadow fading is the smallest at the center of the frequency band of interest.

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OpenAlex reports 15 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper presents the path loss model for 300 - 320 GHz wireless channels.The single-slope large-scale path loss model that includes log-normal shadow fading is devised from the large set of measured data. A good match between the modelled and the measured path loss is observed. The results show that for short distances, the path loss exponent is around 2 and the shadow fading is the smallest at the center of the frequency band of interest.

Key concepts: Log-distance path loss model, Path loss, Fading, Path (computing), Shadow mapping, Wireless, Exponent, Shadow (psychology)

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