Description

Book Synopsis
The first accessible, comprehensive treatment of synchronization in digital communications. This two-volume work presents a bottom-up approachemphasis is on applications rather than mathematics. The first volume presents the basics of phase, frequency and amplitude control, then covers more advanced topics such as the nonlinear theory of synchronizers. The second volume covers symbol/suppressed carrier synchronizers. Chapters are relatively self-contained for ease of reference.

Table of Contents
Phase-Locked Loop Fundamentals.

Phase-Locked Loop Tracking Performance in the Presence ofNoise.

Unaided Acquisition.

Aided Acquisition.

Loop Threshold.

Amplitude Control.

Automatic Frequency Control.

Brief Review of Some Mathematical Fundamentals.

Relaxation Times, Meantime Between Cycle Slips, Transition Rates,and Eigenvalues of Fokker-Planck Operators.

Renewal Process Approach.

The Matrix Eigenvalue Approach.

Epilogue: Unexplored Topics.

Index.

Synchronization in Digital Communications Volume

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    A Hardback by Heinrich Meyr, Gerd Ascheid

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      View other formats and editions of Synchronization in Digital Communications Volume by Heinrich Meyr

      Publisher: John Wiley & Sons Inc
      Publication Date: Publication Date: 29/04/1990
      ISBN13: 9780471501930, 978-0471501930
      ISBN10: 047150193X

      Description

      Book Synopsis
      The first accessible, comprehensive treatment of synchronization in digital communications. This two-volume work presents a bottom-up approachemphasis is on applications rather than mathematics. The first volume presents the basics of phase, frequency and amplitude control, then covers more advanced topics such as the nonlinear theory of synchronizers. The second volume covers symbol/suppressed carrier synchronizers. Chapters are relatively self-contained for ease of reference.

      Table of Contents
      Phase-Locked Loop Fundamentals.

      Phase-Locked Loop Tracking Performance in the Presence ofNoise.

      Unaided Acquisition.

      Aided Acquisition.

      Loop Threshold.

      Amplitude Control.

      Automatic Frequency Control.

      Brief Review of Some Mathematical Fundamentals.

      Relaxation Times, Meantime Between Cycle Slips, Transition Rates,and Eigenvalues of Fokker-Planck Operators.

      Renewal Process Approach.

      The Matrix Eigenvalue Approach.

      Epilogue: Unexplored Topics.

      Index.

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