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Design of Scalable Fault Tolerant Photonic Asynchronous Transfer Mode (PHOATM) Switch
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Bharat Gupta,
Veröffentlicht/Copyright:
1. Oktober 1998
Published Online: 1998-10
©2011 by Walter de Gruyter GmbH & Co.
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Artikel in diesem Heft
- Editorial
- Theoretical Investigation of the Sensitivity of a Direct WDM-System with a Frequency Selective Optical Receiver and Optical Preamplifier
- Information Rate for Photon Communication
- Evaluation of Modal Spot Size in Single-mode Graded Index Fibers by a Simple Technique
- Analysis of Fundamental Modal Field Excitation and Confinement in Single-mode Graded-index Fibers Involving a Novel Simple Function
- A Novel Method of Transform Limited Optical Pulse Generation
- Performance Evaluation of Multichannel Linked-cluster Lightwave Networks
- Design of Scalable Fault Tolerant Photonic Asynchronous Transfer Mode (PHOATM) Switch
- News
Artikel in diesem Heft
- Editorial
- Theoretical Investigation of the Sensitivity of a Direct WDM-System with a Frequency Selective Optical Receiver and Optical Preamplifier
- Information Rate for Photon Communication
- Evaluation of Modal Spot Size in Single-mode Graded Index Fibers by a Simple Technique
- Analysis of Fundamental Modal Field Excitation and Confinement in Single-mode Graded-index Fibers Involving a Novel Simple Function
- A Novel Method of Transform Limited Optical Pulse Generation
- Performance Evaluation of Multichannel Linked-cluster Lightwave Networks
- Design of Scalable Fault Tolerant Photonic Asynchronous Transfer Mode (PHOATM) Switch
- News
