Exam 4: Manipulating Information for Transmission
Exam 1: The Basics - Sound, Electrical Signal, Electromagnetic Spectrum29 Questions
Exam 2: The Telephone and the Telephone Line29 Questions
Exam 3: Connecting the Dots - Transporting Information Across the Superhighway28 Questions
Exam 4: Manipulating Information for Transmission48 Questions
Exam 5: Osi Model - Relationship to Networking26 Questions
Exam 6: Layer 3/4 Networking/ Transport Protocols28 Questions
Exam 7: Layer 2 Networking Protocols40 Questions
Exam 8: Layer 1 Networking Protocols42 Questions
Exam 9: Digital Circuit Switch39 Questions
Exam 10: Signaling33 Questions
Exam 11: Distributed Switching Architecture - Voice Over IP31 Questions
Exam 12: IP Routing Fundamentals23 Questions
Exam 13: Transmission Medium36 Questions
Exam 14: OSP -Outside Plant Infrastructure29 Questions
Exam 15: Core Network24 Questions
Exam 16: Metropolitan Network34 Questions
Exam 17: Access Network & LAN30 Questions
Exam 18: Pstn Central Office30 Questions
Exam 19: Pstn Network Topology29 Questions
Exam 20: Customer Premises29 Questions
Exam 21: Catv Caple Television As a Telecommunication Service Provider18 Questions
Exam 22: Catv Networking Topology27 Questions
Exam 23: The Cellulare/PCS Telephone Network36 Questions
Exam 24: Wireless Broadband Providers21 Questions
Exam 25: Residential Services27 Questions
Exam 26: Business Services39 Questions
Exam 27: The Internet33 Questions
Exam 28: Emerging Technologies22 Questions
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The process of incorporating an information signal onto a carrier wave is called ________.
(Short Answer)
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The method that multiplexes digital words into time slots together in one signal is:
(Multiple Choice)
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FDM is the most commonly used method of multiplexing today because it represents huge savings in costs.
(True/False)
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Each ________ word refers to one sample of an analog waveform.
(Short Answer)
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The Nyquist Theorem states that a waveform should be sampled at eight times its highest frequency in order to obtain a toll quality signal.
(True/False)
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A(n) ________ combines numerous information signals onto one transmission pipe, combining as few as 24 channels onto one T1 transmission link or as many as 129,024 channels onto one fiber-optic strand.
(Short Answer)
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The rapid development of DWDM systems has helped to increase the amount of bandwidth available throughout the world.
(True/False)
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