MAMRN MIMO antenna magnetic field reduction using signal to noise detection in wireless devices [articol]

Abstract

Electromagnetic radiation (ER) is the method of producing energy from an antenna. ER can be at different frequencies excluding zero, although ER at different frequencies may take different forms. In several antenna configurations are often feasible to calculate the current sharing with adequate correctness to gain high-quality calculation of radiated areas. With the aim of determining the impedance possessions of an antenna, the present sharing is essential to identify with advanced accuracy by selecting shorter signal strength or by minimizing the contact extents of the base station (BS) to avoid ER. Current mobiles build with the multiple antennas thus, increases the effects of high ER. We present an improved realistic signal dispensation method based on the artificial array perception applied to maintain location information to improve signal strength detection and restriction estimation in multi-antenna environments. The device maintains an array to update the signals through one or more antennas along a random spatial route. The protocol designed for the multi-antenna diversity signal processing to enhance signal strength detection in dense environments with the angle of arrival (AOA) computation, environmental fading and signal reduction computed by the fuzzy logic inference (FLI) system. Communication diversity is used to minimize fading limitations and to improve the signal discovery.