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Predicting long-term operational parameters of high-frequency sky-wave telecommunication systems

Author: Alfred F Barghausen; James W Finney; L Lee Proctor; Larry D Schultz; Institute for Telecommunication Sciences,
Publisher: Boulder, Colo. : U.S. Department of Commerce, Environmental Sciences Services Administration, Research Laboratories, Institute for Telecommunication Sciences, 1969.
Series: ESSA technical report ERL, 110.; ESSA technical report ERL., ITS ;, 78.
Edition/Format:   Print book : National government publication : EnglishView all editions and formats
Database:WorldCat
Summary:
This report describes the latest methods and computer program developed by the Institute for Telecommunication Sciences, ESSA, for predicting the expected long-term performance of high-frequency telecommunication systems. Emphasis is placed on solution by computer methods of the circuit operational parameters (MUF, FOT, LUF) and on recent improvements in the basic ionospheric and geophysical data. Propagation via  Read more...
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Details

Material Type: Government publication, National government publication
Document Type: Book
All Authors / Contributors: Alfred F Barghausen; James W Finney; L Lee Proctor; Larry D Schultz; Institute for Telecommunication Sciences,
OCLC Number: 4594714
Notes: Errata sheets inserted.
Description: xi, 290 pages : illustrations ; 27 cm
Series Title: ESSA technical report ERL, 110.; ESSA technical report ERL., ITS ;, 78.
Responsibility: Alfred F. Barghausen, James W. Finney, L. Lee Proctor, Larry D. Schultz

Abstract:

This report describes the latest methods and computer program developed by the Institute for Telecommunication Sciences, ESSA, for predicting the expected long-term performance of high-frequency telecommunication systems. Emphasis is placed on solution by computer methods of the circuit operational parameters (MUF, FOT, LUF) and on recent improvements in the basic ionospheric and geophysical data. Propagation via the sporadic-E mode is considered as supplementing the regular E-layer mode. Improved techniques for calculating the theoretical patterns and gains of 10 most commonly used HF antennas are included. A method is described that provides short-term estimates of the F2-layer MUF from measured values of the local magnetic index. Application to communication problems is illustrated, based on concepts of circuit reliability and service probability as measures of the expected system performance, including consideration of multipath interference. An annotated listing of the program and descriptions of input data and output are given in the appendices.

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