Finding the Convolution of Two Discrete Signals

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SUMMARY

The discussion focuses on finding the convolution of two discrete signals, specifically x(n) = u(n) and h(n) = (0.5)^n. The convolution operation is denoted by the asterisk (*) and is essential for signal processing. Participants emphasize the importance of understanding the convolution theorem and its application in determining the output signal y(n) resulting from the convolution of x(n) and h(n).

PREREQUISITES
  • Understanding of discrete-time signals
  • Familiarity with the convolution operation in signal processing
  • Knowledge of the unit step function u(n)
  • Basic principles of linear time-invariant (LTI) systems
NEXT STEPS
  • Study the properties of convolution in discrete-time systems
  • Learn how to apply the convolution theorem in signal processing
  • Explore the use of MATLAB for computing convolutions
  • Investigate the implications of convolution in filter design
USEFUL FOR

Students and professionals in electrical engineering, signal processing enthusiasts, and anyone involved in analyzing discrete-time systems will benefit from this discussion.

hussainee1988
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Homework Statement



x(n)=u(n);
h(n)=(0.5)^n;
y(n)=x(n)*h(n);
find y(n)

Homework Equations





The Attempt at a Solution


thank you
 
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the * referred to convolution
 

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