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Abstrak :
Meningkatnya permintaan sena berkembangnya ragam baru layanan telekornunikasi menyebabkan perlunya perbaikan pada infi'astruktur jaringan untuk dapat memberikan layanan yang lebih baik terutama pada pelanggan bisnis sebagai sumber pemasukan terbesar penyelenggara Telekomunikasi. Kemajuan teknologi telel-comunikasi yang begitu pesat telah memungkinkan pengelola telekomunikasi memberikan pelayanan yang lebih baik sesuai dengan dinamika masyarakat yang serba ingin cepat ,tepat, mudah dan fleksibei. Khususnya di jaringan akses, jaringan telekomunikasi yang berhubungan Iangsung dengan pelanggan, telah ditemukan konsep bam unmk meningkatkan kualitas transmisi dan agar mampu mendukung berbagai ragam pelayanan telekomunikasi di tingkat akses. Konsep tersebut adalah penggunaan teknologi transmisi Syncrhonous Digital Hierarchy (SDH) yang dapat diintcgrasikan dengan teknologi serat optik Passive Oprical Network (PON) yang akan memeberikan banyak keunggulan baik dari peningkamn kapasitas, kualixas jaringan maupun umuk rnngantisipasi layanan baru B-ISDN, disamping Iayanan POTS, 64 Kbit/s, payphane, leased line/ 2Mbit/s, ISDN-BRA, ISDN-PRA dll.

Abstrak :
Contents : - Acronym Guide - Requirements and Solutions for Reconfigurable Metro WDM Networks - Optical Networking in the Metro Area - Bringing Broadband IP Services to Small Businesses in Metropolitan Areas - Fiber Solutions for All-Optical Networks for Metro - Optical Access Can Provide Flexibility in Architectures - Transparent LAN Services over Metropolitan Optical Networks - Next Wave of Optical Networking:The Metro Arena - Metropolitan Network Transport Requirements - Optical Access Networking: The Last Mile of the All-Optical Network - Migration to an All-Optical Network - The Bandwidth Big Bang Meets The Farm System - Building Future Optical Networks - The All-Optical Network - Next-Generation Optical Networking - The Optical Networking Industry - Convergence of Optics, ATM, and IP - Beyond Data-Aware SONET - Next-Generation Optical Transport Networks:Terabit Optical Link Architecture Based on 40 Gbps Transmission - Meeting Carrier and End-User Needs with a Dynamic Optical Services Network - Impact of Optical Networking on Service and Transport Network Planning - The Digitization of Radiology within the Army Medical Department* - Real-Life Lessons Learned - Small Operator Takes Network to Marketplace in a Big Way - Guided-Wave Optical Components for DWDM Transmission Systems Using ADMs - Dynamic Signaling for Photonic Networks - EDFA Gain Flattening Filters Using Tapered Erbium-Doped Fiber - New Dynamics and Requirements for the Optical Network - Amplified System Technology Trends and Their Impact on the Design of High-Capacity Networks - Deep Fiber Architectures for Multiple-Service Revenue - DWDM, Gigabit Routing, and Optical Switching in the Carrier Networks - Opto-Electrical Cross-Connects(OEXCs) with Virtual Transparency of Optical Networks - Optical Waves - Routing of Wavelengths in Switched Optical Networks Based on Optical- Domain Noise - Ringbusters:With Optical Mesh,Carriers Can Stop Going in Circles for New-World Bandwidth - Why Is Turning Up and Maintaining a Wavelength So Difficult in a DWDM System? - Simplification of the Optical Layer in the Core Backbone Network by Use of Packet-Based Technology and Wavelength Multiplex Level Protection - Improving Network Efficiency with ATM Based Optical Transport - Optical Q-Factor Measurement What is It All About? - Optimization of Optical Networks Testing Resources - Optical Management from a Service Provider is Perspective - Full-Band, 40 Gbps,Long-Haul Transport Enabled by HOM Dispersion Management - Issues Relating to Network-Design Sweet Spots for Reducing Cost - Dynamic Control of SONET/SDH/DWDM Transport Networks to Carry Data Traffic More Efficiently - Operations Support for Optical Networks Present and Future:A Network Management System Provider is Perspective - An Optical Payload and Network Management Platform for Metro Optical Networks