Discrete time queueing systems
1) Relationship between arrival and departure processes
Show the claim in 9.2.4 in the text book, That is:
{Zn(e)}={Xn+1(e)}
{Xn(i)}={Yn(e)}
{Yn(i)}={Xn+1(e)}
{Zn(i)}={Yn+1(e)}
{Xn(d)}={Xn(e)}
{Zn(d)}={Xn+1(e)}
2) A Bernoulli queue with limited buffer size
For a queue with:
Bernoulli arrivals: a1(j)=a;a0(j)=1-a
Bernoulli departures d1(j)=a;d0(j)=1-d
Limited buffer size C
Calculate the steady state probabitlities P(k), for early arrival
and for early departure schemes