TCP (Transmission Control Protocol) is a byte-oriented protocol. This means that the data is transmitted in a stream of bytes, without any specific framing or structure that separates one message from another. The TCP sender divides the data into a sequence of segments, each of which is transmitted as a separate IP packet over the network. The TCP receiver then reassembles the segments into the original data stream, based on the sequence numbers and acknowledgment numbers in the TCP header.
Because TCP is byte-oriented, it can handle data of any size and structure, as long as it is presented as a sequence of bytes. This makes TCP suitable for a wide range of applications, such as file transfer, email, and web browsing, where the data can be of arbitrary size and format. However, the byte-oriented nature of TCP can also introduce some complexity in handling the data, such as dealing with partial reads or writes, handling out-of-order data, and dealing with data that exceeds the receiver's buffer size.
MCQ: TCP is a __________ protocol.
Correct Answer:A. byte-oriented
Explanation:
TCP (Transmission Control Protocol) is a byte-oriented protocol. This means that the data is transmitted in a stream of bytes, without any specific framing or structure that separates one message from another. The TCP sender divides the data into a sequence of segments, each of which is transmitted as a separate IP packet over the network. The TCP receiver then reassembles the segments into the original data stream, based on the sequence numbers and acknowledgment numbers in the TCP header.
Because TCP is byte-oriented, it can handle data of any size and structure, as long as it is presented as a sequence of bytes. This makes TCP suitable for a wide range of applications, such as file transfer, email, and web browsing, where the data can be of arbitrary size and format. However, the byte-oriented nature of TCP can also introduce some complexity in handling the data, such as dealing with partial reads or writes, handling out-of-order data, and dealing with data that exceeds the receiver's buffer size.