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A TCP/IP protocol suite is the collection of communication protocols needed to communicate over Ethernet. The three most important components of the TCP/IP protocol suite are IP, TCP, and UDP. IP - IP is the Internet protocol. It is responsible for moving a packet from point A to point B. IP knows nothing about TCP, CIP, or Ethernet/IP. It simply moves the data packets provided to it by TCP, UDP, and other protocols in a TCP/IP suite. Now suppose an application layer entity wants to send an L-byte message to its peer process, using an existing TCP connection. The TCP segment consists of the message plus 20 bytes of header. The segment is encapsulated into an IP packet that has an additional 20 bytes of header. The IP packet in turn goes inside an Ethernet frame that has 18 bytes of header and trailer. What percentage of the transmitted bits in the physical layer correspond to message information, if L = 100 bytes, 500 bytes, 1000 bytes?

A TCP/IP protocol suite is the collection of communication protocols needed to communicate over Ethernet. The three most important components of the TCP/IP protocol suite are IP, TCP, and UDP. IP - IP is the Internet protocol. It is responsible for moving a packet from point A to point B. IP knows nothing about TCP, CIP, or Ethernet/IP. It simply moves the data packets provided to it by TCP, UDP, and other protocols in a TCP/IP suite. Now suppose an application layer entity wants to send an L-byte message to its peer process, using an existing TCP connection. The TCP segment consists of the message plus 20 bytes of header. The segment is encapsulated into an IP packet that has an additional 20 bytes of header. The IP packet in turn goes inside an Ethernet frame that has 18 bytes of header and trailer. What percentage of the transmitted bits in the physical layer correspond to message information, if L = 100 bytes, 500 bytes, 1000 bytes?

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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<Q95> A TCP/IP protocol suite is the collection of communication protocols needed to communicate over Ethernet. The three most important components of the TCP/IP protocol suite are IP, TCP, and UDP. IP - IP is the Internet protocol. It is responsible for moving a packet from point A to point B. IP knows nothing about TCP, CIP, or Ethernet/IP. It simply moves the data packets provided to it by TCP, UDP, and other protocols in a TCP/IP suite. Now suppose an application layer entity wants to send an L-byte message to its peer process, using an existing TCP connection. The TCP segment consists of the message plus 20 bytes of header. The segment is encapsulated into an IP packet that has an additional 20 bytes of header. The IP packet in turn goes inside an Ethernet frame that has 18 bytes of header and trailer. What percentage of the transmitted bits in the physical layer correspond to message information, if L= 100 bytes, 500 bytes, 1000 bytes? %3D
Transcribed Image Text:<Q95> A TCP/IP protocol suite is the collection of communication protocols needed to communicate over Ethernet. The three most important components of the TCP/IP protocol suite are IP, TCP, and UDP. IP - IP is the Internet protocol. It is responsible for moving a packet from point A to point B. IP knows nothing about TCP, CIP, or Ethernet/IP. It simply moves the data packets provided to it by TCP, UDP, and other protocols in a TCP/IP suite. Now suppose an application layer entity wants to send an L-byte message to its peer process, using an existing TCP connection. The TCP segment consists of the message plus 20 bytes of header. The segment is encapsulated into an IP packet that has an additional 20 bytes of header. The IP packet in turn goes inside an Ethernet frame that has 18 bytes of header and trailer. What percentage of the transmitted bits in the physical layer correspond to message information, if L= 100 bytes, 500 bytes, 1000 bytes? %3D
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