Transforming Complex Exponential to Discrete Vector Form

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SUMMARY

Transforming a complex exponential with a quadratic phase into discrete vector form is essential for applying the Wigner-Ville algorithm. The discussion highlights the need to represent complex signals as discrete vectors for effective signal processing. Chen seeks assistance in this transformation, indicating its relevance to a school assignment. The focus is on converting continuous complex exponentials into a suitable discrete format for analysis.

PREREQUISITES
  • Understanding of complex exponentials and their properties
  • Familiarity with quadratic phase functions
  • Knowledge of discrete signal representation
  • Experience with the Wigner-Ville algorithm
NEXT STEPS
  • Research methods for discretizing complex exponential signals
  • Learn about the mathematical foundations of the Wigner-Ville algorithm
  • Explore vector representation techniques for complex signals
  • Study applications of quadratic phase signals in signal processing
USEFUL FOR

Students, signal processing engineers, and researchers interested in advanced signal analysis techniques, particularly those working with complex exponentials and the Wigner-Ville algorithm.

chenrim
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Hi,
I want to transform a complex exponential with quadratic phase to discrete form, in other words to a vector form.
can anyone help me with that?
Thanks
 
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chenrim said:
Hi,
I want to transform a complex exponential with quadratic phase to discrete form, in other words to a vector form.
can anyone help me with that?
Thanks

Is this for a schoolwork assignment? What is the context?
 
Yes it's somehow related
I want to use the Wigner-Ville algorithm, so in order to do it i need to make my signal discrete .
since it's a complex exponential i don't know how to represent this complex signal as a vector

thanks,
Chen
 

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