A Practical RF Propagation Model for Wireless Network Sensors
Tsenka Stoyanova, Fotis Kerasiotis, Aggeliki Prayati, George Papadopoulos
Abstract
Tsenka Stoyanova, Fotis Kerasiotis, Aggeliki Prayati, George Papadopoulos
Abstract
In the present work, we propose a practical RF propagation model - free-space outdoor model - suitable for WSN due to the fact that it considers the most important WSN constraints and RF signal propagation path loss factors. The model is based on combining four path loss factors, which cause distortion and weakening of the RF signal, i.e. free-space path loss, ground reflection path loss, RSS uncertainty and antenna pattern irregularity. The proposed model is verified with actual measurements realized with Tmote Sky sensor node equipped with 2.4 GHz CC2420 radio module.
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In the present work, we propose a practical RF propagation model - free-space outdoor model - suitable for WSN due to the fact that it considers the most important WSN constraints and RF signal propagation path loss factors. The model is based on combining four path loss factors, which cause distortion and weakening of the RF signal, i.e. free-space path loss, ground reflection path loss, RSS uncertainty and antenna pattern irregularity. The proposed model is verified with actual measurements realized with Tmote Sky sensor node equipped with 2.4 GHz CC2420 radio module.
Key concepts: Path loss, Log-distance path loss model, Radio propagation, Radio frequency, Radio propagation model, Distortion (music), Electronic engineering, Antenna (radio)