In addition, data obtained by Atraverda from laboratory lead-acid batteries is presented indicating that weight savings of around 40% for a bipolar 36 V design (20 Ah capacity, 5 h rate, 9 kW) are potentially achievable in comparison to more conventional designs containing monopolar lead grids.
Figure 5 Achievable rate comparison at different values of subtotal power of sources when.
Figure 4 Achievable rate comparison at different values of subtotal power of relays when.
Fig. 8 Minimum achievable rate comparison of SCA, IWF, and ZFB with a BS-to-BS separation of d=5 km.
Figure 5 shows the achievable rates comparison under fixed downlink SNR P/N0 = 20 dB, from which the same conclusion can be drawn as Figure 4 shows.
Figure 4 Achievable rate comparison between ZF-DPC and ZF-BF with AF in Rayleigh fading feedback channels-I: fixed SNR fb. Figure 5 Achievable rate comparison between ZF-DPC and ZF-BF with AF in Rayleigh fading feedback channels-II: fixed P/N 0 = 20 dB.
All of the curves are realized by the Monte Carlo numerical simulations, where the number of Monte Carlo simulations is set to 5000. Figure 3 Achievable rate comparison for the lattice-based physical-layer network coding when.
Using the organometallic method reported by others, the particle size of MNPs can be easily controlled, with a narrower diameter distribution achievable in comparison to the combined coprecipitation and centrifugation methods described here.
The Nash bargaining solution found by Algorithm 2 which is proved to be Pareto optimal[37] outperforms our proposed distributed algorithm in terms of achievable capacity comparison, while it is a cooperative game-theoretical approach which requires much more information exchange.
Fig. 6 Minimum achievable rate comparison of SCA, IWF, and ZFB with a BS-to-BS separation of d=40 km. Figure 7 compares the minimum achievable rate of SCA, IWF, and ZFB with a BS-to-BS separation distance d=20 km.
Fig. 7 Achievable rate region comparison of different strategies in underloaded two-user deployment with perfect CSIT, γ=1 and N t =4, SNR = 20 dB. a θ=π/9.
