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Discrete-Time Signal has Discrete-Time Frequency, Bandlimited Interpolation uses Sinc Pulses, Reconstruction can be achieved by Interpolation with Pulses, Sampling should obey Sampling Theorem, A-to-D Conversion brought about by Sampling, Zero-Order Hold Interpolation uses Square Pulses, Parabolic Interpolation uses Parabolic Pulses, Linear Interpolation uses Triangular Pulses, Sampling Theorem ensures avoiding Aliasing, Sampling Theorem ensures avoiding Folding, Interpolation with Pulses can be Parabolic Interpolation, Interpolation with Pulses can be Zero-Order Hold Interpolation, Interpolation with Pulses can be Bandlimited Interpolation, Interpolation with Pulses can be Linear Interpolation, Sampling Theorem states sampling rate should be above Nyquist Rate, Reconstruction can be improved by Over-Sampling, D-to-A Conversion brought about by Reconstruction, Conversion Between Analog and Digital Signals can be D-to-A Conversion, Conversion Between Analog and Digital Signals can be A-to-D Conversion, Sampling generates Discrete-Time Signal