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Q1) Suppose users share a 1Mbps link. Also suppose each user requires 100Kbps when transmitting, but each user transmits only 20% of the time.
a) When circuit switching is used, how many users can be supported?
b) For the remainder of the problem, suppose packet switching is used. Find the probability that a given user is transmitting.
c) Suppose there are 20 users. Find the probability that at any given time, exactly n users are transmitting simultaneously.
d) Find the probability that there are 11 or more users transmitting simultaneously.
Assume nodes A and Bare on the same 10 Mbps Ethernet bus, and the propagation delay between the two nodes is 325 bit times. The answer is no, if B 's signal reaches A before bit time t = 512 + 64 bits. In the worst case, when does B's signal reach A?
In Ricart and agrawala's An optimal algorithm for mutual exclusion in computer networks paper if we are updating the code with taking the priorities.
Let N users participating in audio/video conference by using IP multicasting. How many distinct SSRCs are required?
In the TS RemoteApp Manager console, there are currently two warning indicators showing in the Overview area. Will any of these warnings make it impossible to access your RemoteApp applications from your partner server?
When a DNS resolver queries the name server, does case of the domain name affect response?
Which kind of security drill do you believe is the most typical in an organization? Which type of security drill do you believe is the most effective? Why?
Show that the probability q that a given frame is not asked before n-1 additional frames have been sent (i.e., the window is exhausted) is q = (1+n)2-n.
How many fram need to sent? Determine the size of data in each frame?
Explain these generic and VoIP specific issues. What are the risks? How are these threats being addressed? What can you do as a manager?
Assume that no packet or acknowledgement are dropped. Assume that A sends a packet to C and waits for its acknowledgement to come back from C. How long does it take until A gets that acknowledgement?
Suppose a propagation speed of 100 km/hour. Assume caravan travels 150 km, beginning in front of tollbooth. Calculate the end-to-end delay.
What are some immediate differences in the two protocols? Does IPv6 provide operational improvement, as well as increased address space?
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