Software environment for performance of relay signal by DF technique influenced by k-μ fading

This paper considers the transmission of signals under the influence of k-mu fading, which model a random process of changing the amplitude of a useful signal using a relay system using the Decode-and-Forward (DF) technique. Since the interference is significant in today's wireless networks, the channel model ignores influence of receiver noise on the system performance. Contribution of the paper is derived infinite-series expression observing important wireless performance criteria for outage probability (Pout). In the proposed system, the transmission time has been divided into two phases to be used by the decode and forward protocol. The first phase has been allocated for the source to transmit its data whereas the relays and destination nodes are in receiving mode. In addition, the paper presents a tool to illustrate the proposed approach, which allows modeling and simulating scenarios of web cities.