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Combine the words. One word in the left column corresponds to one description in the right column. State what number that corresponds to what letter in numerical order (not in alphabetical order). 1. FDM A. Switched network. 2. TDM B. Old name for IP router. May also mean application layer protocol converter. C. One spread spectrum code per channel and device. Used in 3G cellular telephony... 3. Line coding 4. UTP D. Error control without sliding window. Inefficient for large delay-bandwidth

Combine the words. One word in the left column corresponds to one description in the right column. State what number that corresponds to what letter in numerical order (not in alphabetical order). 1. FDM A. Switched network. 2. TDM B. Old name for IP router. May also mean application layer protocol converter. C. One spread spectrum code per channel and device. Used in 3G cellular telephony... 3. Line coding 4. UTP D. Error control without sliding window. Inefficient for large delay-bandwidth

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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Combine the words. One word in the left column corresponds to one description in the right column. State what number that corresponds to what letter in numerical order (not in alphabetical order). 1. FDM A. Switched network. 2. TDM B. Old name for IP router. May also mean application layer protocol converter. C. One spread spectrum code per channel and device. Used in 3G cellular telephony.. 3. Line coding 4. UTP D. Error control without sliding window. Inefficient for large delay-bandwidth product. E. Normally a multip-drop coaxial cable with termination resistors in the end. Example:: Thicknet, Thinnet, cable TV network. 5. Star topology
Transcribed Image Text:Combine the words. One word in the left column corresponds to one description in the right column. State what number that corresponds to what letter in numerical order (not in alphabetical order). 1. FDM A. Switched network. 2. TDM B. Old name for IP router. May also mean application layer protocol converter. C. One spread spectrum code per channel and device. Used in 3G cellular telephony.. 3. Line coding 4. UTP D. Error control without sliding window. Inefficient for large delay-bandwidth product. E. Normally a multip-drop coaxial cable with termination resistors in the end. Example:: Thicknet, Thinnet, cable TV network. 5. Star topology
F. Methods for transferring a digital bit stream over a low pass channel. Example: NRZ, Manchester, AMI. G. One frequency band and carrier frequency per channel. H. Logical bus network, physical star 6. Hub network 7. Bus network 8. Gateway network. All data is broadcasted independently of the destination. I. Based on start and stop bits, and arbitrary pause between the bytes. J. One timeslot per channel. 9. 16PSK 10. Asynchronous serial communications 11. Repeater K. Copper wires used in the telephone access network, and in switched and hubbed Ethernet. L. One timeslot per transmiting and receiving device. Used in 2G cellular telephony (GSM). M. Connects LAN segments, and extends point-to-point links exposed to noise. Retransmits the data bit by bit instead of packet-by-packet. N. Modulation technique that gives higher bit rate and larger bit error probability than 8PSK modulation for the same analogue bandwidth (in Hz) and SNR (in dB). O. Modulation technique that gives lower bit rate and lower bit error probability than 8PSK modulation for the same analogue bandwidth (in Hz) and SNR (in dB) P. Addressing mechanism and Application Programming Interface (API) between the TCP/IP protocol stack in the operating system and the application software, associating each TCP and UDP data stream with an application process and a 12. TDMA 13. CDMA 14. Stop-and-wait ARQ 15. FSK 16. ICMP combination of local and remote IP adress and port number Q. A set of methods to encode non-ascii characters or binary files as plain text ascii characters, and to specify file type and subtype. R. Protocol used by ping and traceroute 17. Sockets 18. MIME
Transcribed Image Text:F. Methods for transferring a digital bit stream over a low pass channel. Example: NRZ, Manchester, AMI. G. One frequency band and carrier frequency per channel. H. Logical bus network, physical star 6. Hub network 7. Bus network 8. Gateway network. All data is broadcasted independently of the destination. I. Based on start and stop bits, and arbitrary pause between the bytes. J. One timeslot per channel. 9. 16PSK 10. Asynchronous serial communications 11. Repeater K. Copper wires used in the telephone access network, and in switched and hubbed Ethernet. L. One timeslot per transmiting and receiving device. Used in 2G cellular telephony (GSM). M. Connects LAN segments, and extends point-to-point links exposed to noise. Retransmits the data bit by bit instead of packet-by-packet. N. Modulation technique that gives higher bit rate and larger bit error probability than 8PSK modulation for the same analogue bandwidth (in Hz) and SNR (in dB). O. Modulation technique that gives lower bit rate and lower bit error probability than 8PSK modulation for the same analogue bandwidth (in Hz) and SNR (in dB) P. Addressing mechanism and Application Programming Interface (API) between the TCP/IP protocol stack in the operating system and the application software, associating each TCP and UDP data stream with an application process and a 12. TDMA 13. CDMA 14. Stop-and-wait ARQ 15. FSK 16. ICMP combination of local and remote IP adress and port number Q. A set of methods to encode non-ascii characters or binary files as plain text ascii characters, and to specify file type and subtype. R. Protocol used by ping and traceroute 17. Sockets 18. MIME
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