By Jane M. Simmons
This e-book takes a realistic method of deploying state of the art optical networking gear in metro-core and resolution networks. The e-book is orientated in the direction of sensible implementation of optical community layout. Algorithms and methodologies concerning routing, regeneration, wavelength project, sub rate-traffic grooming and safeguard are offered, with an emphasis on optical-bypass-enabled (or all-optical) networks. the writer has emphasised the economics of optical networking, with a whole bankruptcy of financial reviews that provide instructions as to whilst and the way optical-bypass expertise might be deployed. This re-creation includes: new bankruptcy on dynamic optical networking and a brand new bankruptcy on flexible/elastic optical networks. accelerated insurance of recent physical-layer expertise (e.g., coherent detection) and its influence on community layout and stronger assurance of ROADM architectures and homes, together with colorless, directionless, contentionless and gridless. Covers ‘hot’ issues, reminiscent of software program outlined Networking and effort potency, algorithmic developments and strategies, specifically within the region of impairment-aware routing and wavelength project. offers extra illustrative examples of strategies are supplied, utilizing 3 reference networks (the topology documents for the networks are supplied on a website, for additional reports through the reader). additionally workouts were additional on the finish of the chapters to augment the book’s application as a path textbook.
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Extra info for Optical Network Design and Planning
J. Schmidtke, Falling boundaries from metro to ULH optical transport equipment. Proceedings, Optical Fiber Communication/National Fiber Optic Engineers conference (OFC/NFOEC’07), Paper NTuA3. Anaheim, 25–29 March 2007 [Gora02] W. J. Goralski, SONET/SDH, 3rd edn. (McGraw-Hill, New York, 2002) [Gril12] E. 1Qay™, (August 2009) [ITU01] International Telecommunication Union, Architecture of Optical Transport Networks, ITU-T Rec. 872, (November 2001) [ITU11] International Telecommunication Union, Architecture of the Multi-Protocol Label Switching Transport Profile layer network, ITU-T Rec.
For more details on SONET/SDH technology, see Tektronix [Tekt01], Goralski [Gora02], and Telcordia Technologies [Telc09]. 2 Optical Transport Network In the late 1990s, the ITU began work on OTN to better address the needs of optical networking and multi-service networks. 709 standard [ITU12a], with the basic transport frame called the Optical channel Transport Unit (OTU). 2. , 400 Gb/s, 1 Tb/s). ) Each transport frame contains one or more Optical channel Data Units (ODUs), where the ODU is the basic unit for switching/multiplexing.
Optical networks have historically been managed using a centralized network management system (NMS), where the NMS performs what are commonly known as the FCAPS management functions—fault, configuration, accounting, performance, and security. However, beginning in the late 1990s, control plane software was introduced into optical networks. The optical control plane, composed of a set of applications that resides on the physical network equipment, is capable of automating many of the processes related to network configuration.