Despite the fact that FTP demands proof that a file has been transferred successfully to a client, it does not have a built-in way for the server to monitor this information on its own. In order to guarantee that the delivery is completed properly, what protocol does the File Transfer Protocol (FTP) rely on at the Transport layer of the TCP/IP architecture?

Despite the fact that FTP demands proof that a file has been transferred successfully to a client, it does not have a built-in way for the server to monitor this information on its own. In order to guarantee that the delivery is completed properly, what protocol does the File Transfer Protocol (FTP) rely on at the Transport layer of the TCP/IP architecture?

A+ Guide To It Technical Support

10th Edition

ISBN:9780357108291

Author:ANDREWS, Jean.

Publisher:ANDREWS, Jean.

Chapter8: Network Infrastructure And Troubleshooting

Section: Chapter Questions

Problem 8TC

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However, despite the fact that FTP requires evidence that a file has been successfully delivered to a client, it does not provide a built-in mechanism for the server to monitor this information on its own. What protocol does the File Transfer Protocol (FTP) rely on at the Transport layer of the TCP/IP architecture in order to ensure that the delivery is completed successfully?
Some application programs can take advantage of the services provided by two transport-layer protocols (UDP or TCP). So, how is it possible for a computer to determine which transport layer is involved when a packet arrives at its destination?
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In certain cases, applications may make advantage of services provided by both of these transport-layer protocols (UDP or TCP). Because of this, how can a computer determine whichever tier of the transport stack is responsible for sending a packet?
There is currently no in-built method in FTP for tracking the delivery of files to end users. File Transfer Protocol (FTP) depends on another protocol operating at the Transport layer of the TCP/IP stack to enable a smooth data exchange.
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?
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It is possible for certain applications to use the services of two transport-layer protocols (UDP or TCP). When a packet reaches its destination, how does a computer know which transport layer to use?
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?
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It is necessary to investigate connectionless protocols as a potential substitute for connection-based protocols.