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This video investigates discrete-time signal time shifting.

The time-shifted signal y[k] = x[k-m] is created by replacing the discrete-time variable k with k-m. This operation results in x[k] being shifted along the time axis by an amount m. When m is greater than 0, this is a shift to the right. When m is less than 0, this is a shift to the left. Several different examples of time-shifting are worked in the video.

There are still SEVEN more videos totaling ~58 minutes in this series that can be accessed only through the Members Only account on my website so head over and get your account setup. The last 7 videos include the following:

1) Signal Operations: Combined Operations

2) Common Discrete-Time Signals: Unit Impulse, Unit Step, and Exponential Signals

3) Discrete-Time Sinusoid Signals

4) Frequency Aliasing of Discrete-Time Sinusoids

5) Complex Exponential and Damped Sinusoid Signals

6) Discrete-Time System Example

7) Discrete-Time Signals and Systems Summary

If you enjoyed my videos please "Like", "Subscribe", and visit [ Ссылка ] to setup your member account to get access to downloadable slides, Matlab code, an exam archive with solutions, and exclusive members-only videos. Thanks for watching!

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