We investigate the system performance of a two-way amplify-and-forward (AF) energy harvesting relay network over the Rician\nfading environment. For details, the delay-limited (DL) and delay-tolerant (DT) transmission modes are proposed and investigated\nwhen both energy and information are transferred between the source node and the destination node via a relay node. In the\nfirst stage, the analytical expressions of the achievable throughput, ergodic capacity, the outage probability, and symbol error ratio\n(SER) were proposed, analyzed, and demonstrated. After that, the closed-form expressions for the system performance are studied\nin connection with all system parameters. Moreover, the analytical results are also demonstrated by Monte Carlo simulation in\ncomparison with the closed-form expressions. Finally, the research results show that the analytical and the simulation results agree\nwell with each other in all system parameters.
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