Telecommunications Network Modeling, Planning and Design

  • 4h 6m
  • Sharon Evans (ed)
  • Institution of Engineering and Technology
  • 2003

Telecommunications Network Modeling, Planning and Design addresses sophisticated modeling techniques from the perspective of the communications industry and covers some of the major issues facing telecommunications network engineers and managers today. Topics covered include network planning for transmission systems, modeling of SDH transport network structures and telecommunications network design and performance modeling, as well as network costs, ROI modeling and QoS in 3G networks. This practical book will prove a valuable resource to network engineers and managers working in today’s competitive telecommunications environment.

About the Editor

Sharon Evans has 20 years’ experience with BT holding a variety of roles. During the 1980s she worked on the development of the Recorded Information Distribution Equipment platform, before becoming involved with project, programme and business management. During the 1990s Sharon took up a position in a network security design team and later joined BTexact’s business modeling team where her focus is now primarily financial. Sharon prepared business cases, conducts financial analysis and understakes market research.

In this Book

  • Transport Network Life-Cycle Modelling
  • Advanced Modelling Techniques for Designing Survivable Telecommunications Networks
  • Strategic Network Topology and a Capacity Planning Tool-Kit for Core Transmission Systems
  • A Bayesian Network Datamining Approach for Modelling the Physical Condition of Copper Access Networks
  • Emergent Properties of the BT SDH Network
  • EMC Emissions Certification for Large Systems — A Risk-Management Approach
  • Performance Modelling
  • Communications Network Cost Optimisation and Return on Investment Modelling
  • A New Approach in Admission Control and Radio Resource Management for Multiservice UMTS
  • The Role of Development in Computational Systems
  • Adaptive Security and Robust Networks
  • Acronymns
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