Optical Transmission [electronic resource] : The FP7 BONE Project Experience /
Teixeira, António.editor.
tosi beleffi, giorgio maria.editor.
Optical Transmission collect several key topics related to transmission in optical systems. It stems from a set of clusters of partner institutions inside BONE- Building the Future Optical Network in Europe, therefore giving a very wide view on issues related to the topic of optical networking. Optical Transmission focuses on optical transmission systems, subsystems, components, methodologies and economics around the subject. It examines the status of actual transmission systems in a very compact and direct way. From there, the path to next generation networks is drawn by defining subsystems and components which will probably enable them. The dynamics of these systems are analysed by description of the management and monitoring of these networks and how they interplay. Then, to complement the presentation in the remaining chapters, simulation issues are covered. Utlimately, a set of economic drivers will define the lines for the next steps.
Description based upon print version of record.
Includes bibliographical references and index.
1 State of the art on transmission techniques; C.P.Tsekrekos/ I.Tomkos -- 2 Signal processing, management and monitoring in transmission networks; C.Vázquez/ J.Montalvo -- 3 Simulations of High Capacity Long Haul Optical Transmission Systems; F.Matera -- 4 Experiments on long-haul high capacity transmission systems; G.Bosco/ F.Matera -- 5 Economics of Next Generation Networks; M.Forzati.
Optical Transmission collect several key topics related to transmission in optical systems. It stems from a set of clusters of partner institutions inside BONE- Building the Future Optical Network in Europe, therefore giving a very wide view on issues related to the topic of optical networking. Optical Transmission focuses on optical transmission systems, subsystems, components, methodologies and economics around the subject. It examines the status of actual transmission systems in a very compact and direct way. From there, the path to next generation networks is drawn by defining subsystems and components which will probably enable them. The dynamics of these systems are analysed by description of the management and monitoring of these networks and how they interplay. Then, to complement the presentation in the remaining chapters, simulation issues are covered. Utlimately, a set of economic drivers will define the lines for the next steps.
Lasers.
Photonics.
Electrical engineering.
Microwaves.
Optical engineering.
Electronic circuits.
Optics, Lasers, Photonics, Optical Devices.
Communications Engineering, Networks.
Microwaves, RF and Optical Engineering.
Circuits and Systems.
Signals and Communication Technology