 Via extensive numerical simulations, we evaluate our bounds , and demonstrate that the M/G/1 queue approximation has a high degree of accuracy.
<fluency>  Via extensive numerical simulations, we evaluate our bounds , and demonstrate that the M/G/1 queue approximation has a high degree of accuracy.
 Via extensive numerical simulations, we evaluate our bounds and demonstrate that the M/G/1 queue approximation has a high degree of accuracy.