Handbook of Optical Through the Air Communications
by David A. Johnson
Publisher: Imagineering E-Zine 2008
Number of pages: 68
This handbook is an introduction to the basic concepts of optical communications for experimenters, engineers, and scientists. It discusses some of the physics of light and how light can be manipulated, modulated and transmitted to send information. It provides details of the components used in light transmitters and receivers, describes some signal processing techniques, and gives detailed information on building a long range optical transceiver.
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by Hema A Murthy - NPTEL
Topics: Signal Spaces; Fourier Series; Fourier Transform; Sampling Theorem; Discrete Time Signals; Z Transforms; Basics of Probability Theory and Random Processes; Bandwidth; Amplitude Modulation; SSB - VSB Modulation; Noise Analysis AM, FM; etc.
by Agassi Melikov - InTech
The development, implementation and operation of wireless cellular networks require engineers to address a number of interrelated problems. This book will be useful to researches and post-graduate students in telecommunication specialties.
by Janko Calic - Connexions
A more advanced communications course covering elements of modern digital communications. Contents: Signals; Systems; Time Domain Analysis of Continuous Time Systems; Frequency Domain; Continuous Time Fourier Transform; Sampling theory; etc.
by Andrew J. Viterbi, Jim K. Omura - McGraw-Hill
This classic text remains a vital resource three decades after its publication. It is geared toward students of communications theory and to designers of channels, links, terminals, modems, or networks used to transmit and receive digital messages.