The scenarios are ordered below according to the probability of matching the best optimal mode: Scenario 1: the best RMD mode is DC (i.e., DC mode is the better than all angular modes. Since DC mode has high probability to be best mode, it is not worth going on large testing of angular modes).
The results indicate that the energy saving and pollutant emissions reduction potentials of the FTL operation mode are the better than that of the FEL mode.
Using the proposed heat extraction method in batch mode, 85% of the total heat is removed from the HSZ while this is just over 50% for the continuous mode indicating the better energy storage performance of the batch mode.
Simulation results show that compared with the basic epidemic and Spray and Wait protocols, the H + 1 hop forwarding mode has the better performance on the delivery delay and amount of copies.
Exactly what Bazza's up to though with that little girl, I don't know, as I didn't get that far before the urge to play Raid mode got the better of me.
After comparing the transmission rates of the two modes, the user can choose the better mode and corresponding CQI(s) and then feed them back to the Node B. Thus, the Node B can decide the mode and corresponding MCS level(s).
The richer the experimental data, in terms of different deformation modes for example, the better the constraints on the model.
Regarding the tube quality from the simulation results, the hydroforming process, which follows the loading curve generated by the sequential mode, is better than by the batch mode.
