Business Earth Stations for Telecommunications Walter L. Morgan and Denis Rouffet This practical guide provides telecommunications managers with the basic information and procedures needed to configure a telecommunications network to meet the communications needs of their organization. It offers invaluable insights into the planning needs of managers, manufacturers, sellers, and installers of microterminals. The authors give you a complete overview of microterminal technology for the next decade, including: their history and nature, why they are used, who uses them and how service is provided, potential applications, an overview of the U.S. microterminal market, a look at network operators, and the economics of microterminal versus terrestrial services. 1988 (0 471-63556-1) 234 pp. A Basic Atlas of Radio-Wave Propagation Shigekazu Shibuya Now, in one source, planners and designers of telecommunications operating organizations can get direct guidelines for radio system planning and design. Carefully organized to present basic concepts of radio-wave propagation and system design, this indispensable work fully details even the most difficult mathematical theories and equations with graphic presentations that beginners and non-specialists will find particularly helpful. It presents all of the essential design elements required for VHF, UHF, and SHF radio in easy-to-follow chart form. In addition, every problem in this book can be explored using a computer. 1987 (0 471-88183-X) 778 pp. Radio System Design for Telecommunications (1-100 GHz) Roger L. Freeman Here's how to plan, engineer, and design analog and digital radiolinks in the point-to-point telecommunications service. Telecommunications expert Roger Freeman covers every aspect of radio system design used in telecommunications, including siting criteria, hardware layout, performance predictions, links and system analysis, facility planning, and frequency assignment information. The book also describes how radiolinks operate and how to select the necessary performance parameters and equipment specifications to meet the needs of various customers. 1987 (0 471-81236-6) 560 pp.

Finally, a book with the material needed to analyze, design and use a satellite system for telecommunications. With this book, system designers, earth station operators, design engineers and students can understand how satellites function, and how they are used in ordinary service for voice, video, and data communications. This book will provide you with:

• Identification of communications applications
• The basic equations that govern the satellites and their uses
• Descriptions of actual equipment used both in space and on the ground
• What radio frequencies are used, with specific frequency assignments
• How to calculate link budgets
• How a satellite is launched and gets to its proper position
• How it is kept there, and the amount of fuel needed
• How to find the angles to point an earth station antenna
• What are reliability models
• How should the transmission system operate and how it can be checked
• What traffic levels should be anticipated

The book has graphs, tables and illustrations to enable the user to solve problems and then verify the answers by cross checking with alternate solutions. The formulas have been designed for use with scientific calculators or personal computers. This book supplements other texts. It is an excellent bridge between theory and practical experience. It is a basic reference book for both the student and the experienced professional. A comprehensive index allows the reader to find material quickly.