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?

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?

Comptia A+ Core 1 Exam: Guide To Computing Infrastructure (mindtap Course List)

10th Edition

ISBN:9780357108376

Author:Jean Andrews, Joy Dark, Jill West

Publisher:Jean Andrews, Joy Dark, Jill West

Chapter8: Network Infrastructure And Troubleshooting

Section: Chapter Questions

Problem 8TC

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Similar questions

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?
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?
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.
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?
TCP appears as a continuous byte stream to processes running at the application level. Explain the factors that TCP uses to make decisions about how to break the stream of bytes supplied to it by a process into segments (packets) to send across the network.
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?
Both UDP and TCP use port numbers to identify the destination entity when delivering a message. Give two reasons for why these protocols invented a new abstract ID (port numbers), instead of using process IDs, which already existed when these protocols were designed.
Please keep in mind that packet reordering and reassembling takes place during the transport phase of the TCP/IP protocol suite's transmission. A firewall may function at a lower level of abstraction, such as the Internet layer or the data layer, depending on its configuration. Unable to detect anything about a traffic stream that is out of order or has been erased is the result of a stateful inspection firewall.
Keep in mind that packet reordering and reassembly occur throughout the transport phase of the TCP/IP protocol suite. A firewall may operate at a lower level of abstraction, such as the Internet or data layer. A stateful inspection firewall will be unable to discern anything about a traffic stream that is out of order or has been wiped.
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?
Keep in mind that packet reordering and reassembly occur throughout the transport phase of the TCP/IP protocol suite's operation. It is possible for a firewall to operate at a lower abstraction level, such as the Internet or data layer. Any information about a traffic stream that is out of order or has been deleted will be lost by a stateful inspection firewall that is using stateful inspection.
Task NW29. UDP is the simplest transport layer communication protocol. It contains a minimum amount of communication mechanisms. It is considered an unreliable protocol, and it is based on best-effort delivery services. UDP provides no acknowledgment mechanism, which means that the receiver does not send the acknowledgment for the received packet, and the sender also does not wait for the acknowledgment for the packet that it has sent. An end system sends 50 packets per second using the User Datagram Protocol (UDP) over a full duplex 100 Mbps Ethernet LAN connection. Each packet consists 1500B of Ethernet frame payload data. What is the throughput, when measured at the UDP layer? Task DS30