Q. Although there are several ways to achieve process-to-process communication, the most common is through the __________ paradigm.

View solution

Q. The local host and the remote host are defined using IP addresses. To define the processes, we need second identifiers called ____________.

View solution

Q. The ports ranging from 49,152 to 65,535 can be used as temporary or private port numbers. They are called the ________ ports.

View solution

Q. In the sending computer, UDP receives a data unit from the _______ layer.

View solution

Q. In the sending computer, UDP sends a data unit to the _______ layer.

View solution

Q. UDP and TCP are both _______ layer protocols.

View solution

Q. Which of the following functions does UDP perform?

View solution

Q. When the IP layer of a receiving host receives a datagram, _______.

View solution

Q. UDP needs the _______ address to deliver the user datagram to the correct application process.

View solution

Q. A port address in UDP is _______bits long.

View solution

Q. Which of the following does UDP guarantee?

View solution

Q. The source port address on the UDP user datagram header defines _______.

View solution

Q. The combination of an IP address and a port number is called a ____________.

View solution

Q. To use the services of UDP, we need ________ socket addresses.

View solution

Q. UDP packets are called __________.

View solution

Q. UDP packets have a fixed-size header of _______ bytes.

View solution

Q. UDP packets are encapsulated in ___________.

View solution

Q. UDP uses ________ to handle outgoing user datagrams from multiple processes on one host.

View solution

Q. UDP uses _______ to handle incoming user datagrams that go to different processes on the same host.

View solution

Q. TCP is a __________protocol.

View solution