Communication system design, Volume 5472
Louis A. Frasco, Electronics Research Center (U.S.), United States. National Aeronautics and Space Administration
National Aeronautics and Space Administration, [for sale by the Clearinghouse for Federal Scientific and Technical Information, Springfield, Va.], 1969 - Computers - 31 pages
Communication and information theories for digital and analog systems design.
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2-level achieve allowable analog and digital average distortion band-limited BCH Code binary code binary digits binary entropy function bit error probability bit error rate bit-by-bit signalling calculated CBSc channel bit duration channel bit error channel capacity channel coding channel errors channel noise channel symbols class of codes code rate codes with sequential communication system design complex considered convolutional codes data rate decoding algorithm detected digital communication systems distortion function distortion measure Eb/No ES/No example Figure H(Pb hard decision information bit error information bit rate information rate information source information theory level quantization long block codes matched filter mean square error modems Nyquist rate optimum bounds optimum processors overall system particle count processing rate-distortion theory receiver redundancy reliability samples sequential decoding Shannon's shown signal set source letters source output space channel theoretical tion tolerable trade-off transmitted transmitter power transmitter/receiver structure user requirements white Gaussian