EE555-USC-Spring08-Silvester-HW2

EE555-USC-Spring08-Silvester-HW2 - E Q1. Consider router...

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Unformatted text preview: E Q1. Consider router lin requireme Assume th a) G re di b) F li Find an ex Q2 . For th a) A m co b) E EE555 B the network nks. Thick li ents are unifo hat the ETE p ive a routing esolved by ta irections and ind the flow m nks all have t xpression for he network of ssume each l ay compute omponents.) valuate the p Broadba Ho Due shown above inks have tw rm with a tot protocol is UD table, r(i,j) = aking the nex the paths ma matrix F in pa the same capa the network f question 1. link has avail the upper robabilities fo nd Netw omework 2 : Thursda e, where each wice the cap al load factor DP so there is = k means tha xt node to be y be asymme ackets per sec acity of C pac average delay ability a . Cal and lower or part (a) for ork Arch 2: Networ ay Februar h node repres acity of the r of packets s no flow or c at the next hop e the one wit etric). cond. Which ckets per seco y T as a funct culate the pro bounds on P r a = 0.95....
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This note was uploaded on 08/05/2009 for the course EE 555 taught by Professor Silvester during the Spring '08 term at USC.

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EE555-USC-Spring08-Silvester-HW2 - E Q1. Consider router...

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