optical communications
1.This paper introduces the Optical Fibre B-ISDN that wasimported from ANT Commpany of West Germany by Guilin Instituteof Optical Communications.
3.A Guided-Wave Wide-Band Acoustooptic Bragg Deflector and its Applications for Optical Communications and RF Signal Processing
4.THE INFLUENCE OF BIT RATE AND OTHER MAIN PARAMETERS ON MAXIMUM COMMUNICATION DISTANCE IN A SYSTEM OF INTERSATELLITE OPTICAL COMMUNICATIONS
5.The Analyse of Oversampling of CCD in the APT Technology of Optical Communications and the Design of Drive Circuit
6.Polarization mode dispersion(PMD) is a serious limitation in modern optical communications systems,particularly with the advent of 10Gb/s and 40Gb/s systems.
7.RoF (radio over fiber) technique uses analogue fiber optic links to transmit and distribute microwave/millimeter wave signals. It integrates the techniques of optical communications and wireless communications, and will act as a more important role in military and wireless communications. RoF has been a hot research field in the world.
8.? With the great development of optical communications and new data services? the protected metropolitan area optical transport ring will become the hot point of current and future networks． The matured SDH technology and the onward DWDM technology have provided multiple technical solutions for metro optical transport networks． The several metro optical networking solutions are introduced in detail and analyzed in economic terms． Finally? the successful application of Ericsson ERION FlexRing by AOL is introduced．
9.The chapters in this book cover important topics such as jitter, eye diagrams, clock recovery, bit-error-rate (BER) testing, and stress testing for both electrical and optical communications links.
