Linear Filter: Linear filter, Filter (signal processing), Linear map, Electronics, Digital signal processing, Electronic filter, Mechanical ... design, Laplace transform, Green's function - Softcover

 
9786130242411: Linear Filter: Linear filter, Filter (signal processing), Linear map, Electronics, Digital signal processing, Electronic filter, Mechanical ... design, Laplace transform, Green's function

Inhaltsangabe

Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. A linear filter applies a linear operator to a time-varying input signal. Linear filters are very common in electronics and digital signal processing (see the article on electronic filters), but they can also be found in mechanical engineering and other technologies.They are often used to eliminate unwanted frequencies from an input signal or to select a desired frequency among many others. There are a wide range of types of filters and filter technologies, of which this article will present an overview.Regardless of whether they are electronic, electrical, or mechanical, or what frequency ranges or timescales they work on, the mathematical theory of linear filters is universal.

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Présentation de l'éditeur

Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. A linear filter applies a linear operator to a time-varying input signal. Linear filters are very common in electronics and digital signal processing (see the article on electronic filters), but they can also be found in mechanical engineering and other technologies.They are often used to eliminate unwanted frequencies from an input signal or to select a desired frequency among many others. There are a wide range of types of filters and filter technologies, of which this article will present an overview.Regardless of whether they are electronic, electrical, or mechanical, or what frequency ranges or timescales they work on, the mathematical theory of linear filters is universal.

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