At the reasonable balance condition, the gearbox peak torque of lower barbell pumping units can decrease by 40%, and its power-saving rate is in the scope of 15 20% (Guo 2015).
Since these experiments were done in the same location, we can see that 5.5 Mbps is the most power saving data rate.
In this study, we investigate the use of cooperative half duplex time division relay protocols to possibly provide power savings, achievable rate improvements, and coverage extension to the in-home PLC networks whose communication devices adopt multi-carrier modulation at the physical (PHY) layer, i.e., orthogonal frequency division multiplexing (OFDM) [1].
It wisely switches between adaptive OFDM and FMT with minimal length pulses to provide achievable rate or power saving gains w.r.t.
In this section, we analyze the performance of ODF and OAF protocols for rate improvements, power saving, and coverage extension over in-home PLC networks.
In this article, we investigate the use of half duplex time division relay protocols to possibly provide achievable rate improvements, power saving, and coverage extension in home power line communication (PLC) networks.
Not only power saving, but also high transmission rate has to be granted, as for instance in multimedia applications such as high definition television or 3D virtual video games.
We have investigated the use of half duplex time division ODF and OAF relay protocols to provide achievable rate improvements, power saving, and coverage extension over in-home PLC networks.
To evaluate the performance of the packet aggregation for the case of single traffic, we vary the number of UEs and the packet arrival rate and analyze the number of aggregated packets, packet loss rate, latency, and power saving factor.
However, not only power saving, but also high bit-rate has to be granted for those applications that need high quality of service.
