Predictive Channel Propagation Delay and Correlate Link Level Scheduling in 5G Networks

The approach of this research paper is to deploy the secure network and wireless facilities over the domestic regions. The major objective of the paper is to provide better wireless network connectivity with minimum channel propagation delay. 5G technology and WiMAX enables to deal with the increasing growth of user demand using MIMO technology that provides greater coverage of wireless signals. LTE has achieved great capacity and high speed of mobile cellular networks. Taking it to the next step, the proposal of this research is to deploy LTE or MIMO technology over the wireless network using fiber cables or Giga-fiber cables. OFDM is a very resourceful modulation technique that can attain elevated throughput by broadcasting on an abundant number of different carriers concurrently. OFDM and TDMA allow several users to use the same frequency channel with the help of division of signal in different time slots. MIMO technology provides significant capacity gains and error reduction over orthodox methods. Diversity is the technique which uses more than two or two antennas to enhance the reliability and quality of wireless link. Sniffer is the monitoring device which helps to monitor the packets that are transmitted within the network. To get a better WLAN or WiMAX facility, frequency reuse technology has been used which also helps to avoid the problem of frequency propagation delay as the signal of WiMAX over the network to get better transmission rate.