Signals and Systems Author

By: Haykin, SimonContributor(s): Veen, Bary VanMaterial type: TextTextLanguage: Eng. Publication details: New Delhi. : Wiley - India, 2008Edition: 2nd edDescription: xvii ; 802 p. PAPER BACK 23cmISBN: 9788126512652; 8126512652Subject(s): Electronic, communicationDDC classification: 621.3288
Contents:
CONTENTS: PREFACE: 1.INTRODUCTION 2.TIME-DOMAIN REPRESENTATIONS OF LINEAR TIME INVARIANT SYSTEMS 3. FOURIER REPRESENTATIONS OF SIGNALS AND LINEAR TIME-INVARIANT SYSTEMS 4.APPLICATIONS OF FOURIER REPRESENTATIONS TO MIXED SIGNAL CLASSES 5.APPLICATION TO COMMUNICATION SYSTEMS 6.REPRESENTING SIGNALS BY USING CONTINUOUS TIME COMPLEX EXPONENTIALS :THE LAPLACE TRANSFORM 7REPRESENTING SIGNALS BY USING DISCRETE TIME COMPLEX EXPONENTIALS: THE Z-TRANSFORM 8.APPLICATION TO FILTERS AND EQUALIZERS 9.APPLICATION TO LINEAR FEEDBACK SYSTEMS 10.EPILOGUE
Summary: Signal, system, communication.
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Item type Current library Home library Collection Call number Copy number Status Notes Date due Barcode
Reference Reference ADBU Azara Campus Library
Reference
ADBU Azara Campus Library
Reference
Reference 621.3288 HAY (Browse shelf(Opens below)) 1 Not For Loan Placed in Reference stack. 4777
Books Books ADBU Azara Campus Library
General Stacks
ADBU Azara Campus Library
General Stacks
Non-fiction 621.3288 HAY (Browse shelf(Opens below)) 2 Available Placed in Electronic & Communication stacks. 4776
Books Books ADBU Azara Campus Library
General Stacks
ADBU Azara Campus Library
General Stacks
Non-fiction 621.3288 HAY (Browse shelf(Opens below)) 3 Available Placed in Electronic & Communication stacks. 4778

Electronic & Communication

CONTENTS:
PREFACE:
1.INTRODUCTION
2.TIME-DOMAIN REPRESENTATIONS OF LINEAR TIME INVARIANT SYSTEMS
3. FOURIER REPRESENTATIONS OF SIGNALS AND LINEAR TIME-INVARIANT SYSTEMS
4.APPLICATIONS OF FOURIER REPRESENTATIONS TO MIXED SIGNAL CLASSES
5.APPLICATION TO COMMUNICATION SYSTEMS
6.REPRESENTING SIGNALS BY USING CONTINUOUS TIME COMPLEX EXPONENTIALS :THE LAPLACE TRANSFORM
7REPRESENTING SIGNALS BY USING DISCRETE TIME COMPLEX EXPONENTIALS: THE Z-TRANSFORM
8.APPLICATION TO FILTERS AND EQUALIZERS
9.APPLICATION TO LINEAR FEEDBACK SYSTEMS
10.EPILOGUE

Signal, system, communication.

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