Q. Which multiplexing technique transmits analog signals?

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Q. Which multiplexing technique transmits digital signals?

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Q. Which multiplexing technique shifts each signal to a different carrier frequency?

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Q. In synchronous TDM, for n signal sources of the same data rate, each frame contains _______ slots.

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Q. In TDM, the transmission rate of the multiplexed path is usually _______ the sum of the transmission rates of the signal sources.

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Q. Which multiplexing technique involves signals composed of light beams?

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Q. _________ utilization is the use of available bandwidth to achieve specific goals.

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Q. ________ can be achieved by using multiplexing; ______ can be achieved by using spreading.

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Q. ________ is the set of techniques that allows the simultaneous transmission of multiple signals across a single data link.

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Q. In a multiplexed system, __ lines share the bandwidth of ____ link.

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Q. The word ______ refers to the portion of a _______ that carries a transmission.

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Q. ______ can be applied when the bandwidth of a link (in hertz) is greater than the combined bandwidths of the signals to be transmitted.

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Q. FSM is an _________technique.

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Q. ____ is designed to use the high bandwidth capability of fiber-optic cable.

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Q. ______ is an analog multiplexing technique to combine optical signals.

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Q. _____ is a digital process that allows several connections to share the high bandwidth of a link.

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Q. _____ is a digital multiplexing technique for combining several low-rate channels into one high-rate one.

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Q. We can divide ____ into two different schemes: synchronous or statistical.

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Q. In ________ TDM, each input connection has an allotment in the output even if it is not sending data.

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Q. In ________ TDM, slots are dynamically allocated to improve bandwidth efficiency.

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