Computer Networking Modulation in which the two binary values are represented by two different amplitudes of the carrier frequency is known as Aloha Amplitude-shift keying None of these Amplitude Amplitude modulation Aloha Amplitude-shift keying None of these Amplitude Amplitude modulation ANSWER DOWNLOAD EXAMIANS APP
Computer Networking Which of the following does not allow multiple users or devices to share one communications line? None of these doubleplexer multipplexer concentrator controller None of these doubleplexer multipplexer concentrator controller ANSWER DOWNLOAD EXAMIANS APP
Computer Networking An example of digital, rather than analog, communication is DDS WATS DDT DDD None of these DDS WATS DDT DDD None of these ANSWER DOWNLOAD EXAMIANS APP
Computer Networking Baseband is a signal all of whose energy is contained within a finite frequency range the simultaneous transmission of data to a number of stations None of these All of these transmission of signals without modulation a signal all of whose energy is contained within a finite frequency range the simultaneous transmission of data to a number of stations None of these All of these transmission of signals without modulation ANSWER DOWNLOAD EXAMIANS APP
Computer Networking Which command will display the CHAP authentication process as it occurs between two routers in the network? show chap authentication debug ppp authentication show interface serial 0 debug chap authentication show chap authentication debug ppp authentication show interface serial 0 debug chap authentication ANSWER DOWNLOAD EXAMIANS APP
Computer Networking The difference between a multiplexer and a statistical multiplexer is Statistical multiplexers need buffers while multiplexers do not need buffers None of these Multiplexer use X.25 protocol, while statistical multiplexers use the Aloha protocol Multiplexers use Time Division Multiplexing (TDM) while statistical multiplexers use Frequency Division Multiplexing (FDM) Multiplexers often waste the output link capacity while statistical multiplexers optimize its use Statistical multiplexers need buffers while multiplexers do not need buffers None of these Multiplexer use X.25 protocol, while statistical multiplexers use the Aloha protocol Multiplexers use Time Division Multiplexing (TDM) while statistical multiplexers use Frequency Division Multiplexing (FDM) Multiplexers often waste the output link capacity while statistical multiplexers optimize its use ANSWER DOWNLOAD EXAMIANS APP
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