In a performance loaded with live favorites like "Rockin' in the Free World" and "Cinnamon Girl," "Like a Hurricane" stole the show when Mr. Young broke a guitar string and, instead of bravely finishing the song with a handicap like most performers, turned disaster to advantage.
We analyze the results of the total harmonic distortion, dynamic performance, load balancing and mitigation of the voltage sag using MATLAB/Simulink.
To the best of our knowledge, there is no previous work related to learning-based HetNet MM in the literature, which jointly considers handover performance, load balancing, and fairness.
The relative difference between these yields the Performance Load (PL).
Overall, performance loads are moderate to large (0.25 - 0.37 for LRS and 0.28 - 0.50 for r; Table 2).
Thus a corollary to the thermal coadaptation hypothesis is that natural selection should act to decrease the performance load of a population under environmental conditions in which variation in performance has its largest effect on overall fitness.
Finally, despite the tight correlations between thermal preference and specific measures of fitness, the isolates examined here still demonstrate substantial performance loads caused by imprecision of individual preference behavior.
The failure of organisms to narrowly prefer and occupy fitness-optimizing temperatures generates a potential "performance load" on mean population fitness, which we calculate here by summing the preference distributions over the thermal fitness curves (thus the load measures the average proportional reduction in fitness relative to the optimum on a scale from 0 to 1).
Regardless of whether distribution of individuals on a thermal gradient is due to underlying variation in preferred temperature or the transient occupation of different temperatures within a range of preferred or non-lethal temperatures, deviations from the optimal fitness temperature should lower population mean fitness, generating a "performance load" on the population (sensu [ 28, 29]).
To quantify the deficit in fitness between the maximum fitness possible (w max, if individuals thermoregulate perfectly) and the expected average fitness (based on the actual distribution of Tp), we calculated the Performance Load as PL = (w max - w exp)/w max.
