2011•Unpublished venueOpen access

WIDEBAND WIRELESS PROPAGATION IN CONFINED SPACES

Asrar U. H. Sheikh, Muhammad Imran Akram, Khurram Masood

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Abstract

This paper presents the results of channel sounding experiment performed in confined environment. The swept time-delay cross-correlation technique is used as a method for sounding to measure the channel impulse response (CIR). PDF of the envelope and power for the received CIR is presented. The path loss exponent has been calculated. The data has been analysed for impulse response and channel parameters like average delay, rms delay spread, number of paths and channel bandwidth. The CIR is used in calculation of total received power.

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What this paper is about

This paper presents the results of channel sounding experiment performed in confined environment. The swept time-delay cross-correlation technique is used as a method for sounding to measure the channel impulse response (CIR). PDF of the envelope and power for the received CIR is presented. The path loss exponent has been calculated. The data has been analysed for impulse response and channel parameters like average delay, rms delay spread, number of paths and channel bandwidth. The CIR is used in calculation of total received power.

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Available abstract

This paper presents the results of channel sounding experiment performed in confined environment. The swept time-delay cross-correlation technique is used as a method for sounding to measure the channel impulse response (CIR). PDF of the envelope and power for the received CIR is presented. The path loss exponent has been calculated. The data has been analysed for impulse response and channel parameters like average delay, rms delay spread, number of paths and channel bandwidth. The CIR is used in calculation of total received power.

Key concepts: Delay spread, Channel sounding, Power delay profile, Depth sounding, Wideband, Impulse response, Bandwidth (computing), Path loss

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