Consider the TCP timer management that TCP estimates the round$-$trip time and retransmission timeout interval. The formulas used to compute the round$-$trip time and retransmission time interval are given: EstimatedRTT $\_$n$=\backslash$alpha $$ SampleRTT $\_$n$+(1-\backslash$alpha $)$ EstimatedRTT $\_$n$-1$ DevRTT$\_$n$=\backslash$beta $|$ SampleRTT $\_$n $-$ EstimatedRTT Es$-1|+(1-\backslash$beta $)$DevRTT$\_$n$-1$ TimeoutInterval $\_$n$=$ EstimatedRTT $\_$n$+4\backslash$times DevRTT$\_$n Suppose that the two measured SampleRTT values are $108$ms and $110$ms$.$ Compute the EstimatedRTT after each of these SampleRTT values is obtained, using a value of $\backslash$alpha $=0\mathrm{.}15$ and assuming that the value of EstimatedRTT was $100$ms just before the first of these samples were obtained. Compute also the DevRTT after each sample is obtained, assuming a value of $\backslash$beta $=0\mathrm{.}25$ and assuming the value of DevRTT was $6(6$ points$)$ Consider the TCP timer management that TCP estimates the round$-$trip time and

retransmission timeout interval. The formulas used to compute the round$-$trip time and

retransmission time interval are given: