Data collision occurs when several senders try to access the same media at the same time; what protocol(s) and at what Layer(s) are available to prevent this? To what extent do these protocols ensure that data will be sent without interruption due to collisions? In such case, what other means do you have to solve the issue?

Data collision occurs when several senders try to access the same media at the same time; what protocol(s) and at what Layer(s) are available to prevent this? To what extent do these protocols ensure that data will be sent without interruption due to collisions? In such case, what other means do you have to solve the issue?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter9: Computer Networks

Section: Chapter Questions

Problem 3VE

See similar textbooks

Similar questions

Data collision is caused when many senders access the media at the same time; in order to avoid this, what protocol(s) are available, and at what layer(s) do they operate? Are these protocols able to provide a transport that is free of collisions? In the event that this is not the case, what other potential solutions are available for fixing the issue?
INTERCONNECTED COMPUTER NETWORKS Data collision is caused when many senders access the media at the same time; in order to avoid this, what protocol(s) are available, and at what layer(s) do they operate? Are these protocols able to provide a transport that is free of collisions? In the event that this is not the case, what other potential solutions are available for fixing the issue?
Data collision happens when many senders attempt to access the medium at once; what protocols are available to avoid this, and at what layer(s) do they operate? Can these methods provide reliable transmission with no chance of collisions? What other possibilities do we have for fixing the issue if this doesn't work?
Data collision occurs when many senders access media at the same time; which protocol(s) and Layer(s) are available to solve this issue? Are these protocols guaranteed to provide collision-free transport? If not, what other solutions are available for fixing the issue?
One of the techniques used in transport layer protocols is the receipt of acknowledgements (such as the RDT 2.0 protocol that we covered before). Is it possible for an acknowledgement to be contaminated in any way? What process has been put in place to deal with this situation?
Computer networks When many senders try to access the same media at once, a phenomenon known as data collision occurs. What protocols, and at what Layer(s), are available to prevent this from happening? Do these methods provide reliable, collision-free transport? If not, what other means do you see for fixing the issue?
In transport layer protocols, acknowledgements are one of the techniques available (such as the RDT 2.0 protocol that we covered before). Is it possible for an acknowledgement to be contaminated in some way? So, what is the process in place to deal with this situation?
CONNECTED COMPUTERS Data collision occurs when several senders try to access the same media at the same time; what protocol(s) and at what Layer(s) are available to prevent this? To what extent do these protocols ensure that data will be sent without interruption due to collisions? In such case, what other means do you have to solve the issue?
BRANCHES OF COMPUTERS Data collision occurs when many senders attempt to access the same medium at the same time; what protocol(s) and at what Layer(s) are available to prevent this? Can we say for sure that these methods provide safe, collision-free transport? If not, what other ways may this issue be fixed?
COMPUTER NETWORKS What protocol(s) and layer(s) are available to handle the issue of data collision caused by several senders accessing media at the same time? Are these protocols able to guarantee collision-free transport? What other solutions are there to solve the issue if not?
b) Consider a scenario where fragmentation may take place in packet transfer. Discuss how such fragmentation may be reassembled at the destination. Now consider in such scenario, a datagram is fragmented into five fragments. The first four fragments arrive, but the last one is delayed. Eventually, the timer goes off and the four fragments in the receiver’s memory are discarded. A little later, the last fragment arrives. What should be done with it?
The tunneling process entails what steps, exactly? Can you name the three protocols used for tunneling?