Uplink/downlink channels for the dependable medical channel coding through the cellular standards 3G with end to end connection of BAN

Abstract

In terms of connecting the Wireless Body Area Networks (WBAN) end to end through the infrastructure existing networks 3rd Generation (3G) our proposal came-out. The paper originates to use the error control coding for more reliability and dependably assurance for such medical data in Medical Network Channel (MNC) system. The establishment of the uplink (UL) / downlink (DL) channels code through the ready existing 3G channel is proposed in this paper. The technique is to use the concatenated error detection and correction code by adding extra channel code in between to work for the medical data only. The new channel is proposed here to use the convolution code by specific technical parameters depending on 3G Standard capabilities and the Bit Error Rate (BER) performance required for transmitting medical data. Our paper comes to prove the results that focusing on using the UL/DL channel for 3G-channel coding. Therefor the paper focused to use the entire UL/DL channel codes in 3G that using convolution code in inside. The adding of BAN connection end to end by using its own standard code has investigated in this paper. The proposed system results has been derived out and analyzed using the computer simulation under different assumed environment channel models such as AWGN, Rayleigh fading and burst noise as well. Resulting to that, the proposal method has improved in term of the error performance BER in whole aspects. The variance between the superior/inferior performances of BER and system complexity has been analyzed in this paper as well.