2 Performance / TCP A L1 Consider the following network: R L2 B Assume the network uses packet switching and 2 Kilobyte packets. Assume both L1 and L2 each have a propagation delay of 0.1 seconds. We are sending a 100 Kilobyte file. 5. If L1 has infinite bandwidth, and L2 has a bandwidth of 1 Megabit (125 Kilobytes) per second, how long does it take to send the entire file?

Q: List the benefits and drawbacks of TCP.

A: Here is your solution -

Q: Look about the distinctions between TCP and UDP.

A: Transmission Control Protocol is referred to as TCP. User Datagram Protocol is referred to as UDP.…

Q: Why is TCP restricted to use only on endpoint devices?

A: After the three-way handshake, TCP's connection-oriented architecture allows for two-way…

Q: What is the primary difference between TCP and UDP?

A: TCP: Transmission Control Protocol. Byte Stream transfers data. Connection-oriented protocol.…

Q: What distinctions exist between the UDP and TCP protocols?

A: The two most common computer network protocols are the User Datagram Protocol (UDP) and the…

Q: Why does TCP dominate data transport over UDP?

A: The application data must be received in whole and in the proper sequence according to the…

Q: TCP/IP consists of four tiers of abstraction; please describe each one.

A: four TCP/IP abstraction layers: hyperlink The link layer defines a host's local network connection.…

Q: Why may TCP be used exclusively endpoint devices ?

A: The answer is given below:-

Q: How are UDP and TCP dissimilar?

A: Protocol:- A protocol is a set of rules and standards that govern the communication between devices…

Q: lain TCP Three-way handshake.

A: It is defined as Transmission Control Protocol. It is a transport layer protocol that facilitates…

Q: Compare the details of TCP and UDP

A: TCP stands for Transmission Control Protocol. UDP stands for User Datagram Protocol. These are the…