Description

During the last 25 years, most of the communication systems have been converted to purely digital technology, although the transmitted content mostly is analog by nature. The principal advantages of digital communication are compression by source encoding, bit error protection by channel coding and robust transmission over noisy channels by appropriate modulation. Digital systems are usually designed for worst case channel conditions. However, often the channel quality is much better, which is not reflected in an improved end-to-end transmission quality due to inevitable quantization noise produced by the source encoder.

In this thesis, the focus is set on systems which:

are not purely digital anymore

benefit from increasing channel qualities and

avoid the saturation effect using discrete-time, continuous-amplitude techniques.

In the first part, purely analog, i.e., discrete-time and continuous-amplitude transmission systems are considered with line

Hybrid DigitalAnalog Transmission Systems Design and Evaluation

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During the last 25 years, most of the communication systems have been converted to purely digital technology, although the transmitted... Read more

    Publisher: Verlag G. Mainz
    Publication Date: 1/30/2015
    ISBN13: 9783958860346, 978-3958860346
    ISBN10: 3958860346

    Non Fiction , Dictionaries, Reference & Language

    Description

    During the last 25 years, most of the communication systems have been converted to purely digital technology, although the transmitted content mostly is analog by nature. The principal advantages of digital communication are compression by source encoding, bit error protection by channel coding and robust transmission over noisy channels by appropriate modulation. Digital systems are usually designed for worst case channel conditions. However, often the channel quality is much better, which is not reflected in an improved end-to-end transmission quality due to inevitable quantization noise produced by the source encoder.

    In this thesis, the focus is set on systems which:

    are not purely digital anymore

    benefit from increasing channel qualities and

    avoid the saturation effect using discrete-time, continuous-amplitude techniques.

    In the first part, purely analog, i.e., discrete-time and continuous-amplitude transmission systems are considered with line

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