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Layered design of mobile backhaul networks
By: Addie, R.; Fatseas, D.;
2011 / IEEE / 978-1-4577-1826-7
Description
This item was taken from the IEEE Conference ' Layered design of mobile backhaul networks ' Due to the ever increasing data traffic growth, network operators and network capacity planners are faced with the challenge of upgrading their backhaul network in the simplest and the most cost effective manner. A great variety of transmission and switching resources are available for this purpose. A choice of architecture, using Ethernet in the layer below IP on the one hand, or SDH switching on the other hand, must also be made. Transmission resources can potentially be used more effectively by grooming high capacity systems by subdividing them by means of either SDH or Ethernet switching. Using the Netml system, a publicly available web-based network analysis and design system, all these alternatives are explored, the most cost-effective designs are identified, and the reason they are more efficient is revealed.
Related Topics
Local Area Networks
Radio Networks
Switching Networks
Synchronous Digital Hierarchy
Cost-effective Designs
Layered Mobile Backhaul Network Design
Data Traffic
Network Operators
Network Capacity Planners
Switching Resources
Transmission Resources
High Capacity Systems
Ethernet Switching
Netml System
Web Based Network Analysis
Mobile Communication
Mobile Computing
Synchronous Digital Hierarchy
Switches
Ip Networks
Routing
Base Stations
Netml
Mobile Backhaul Networks
Layers
Costs
Ip Networks
Telecommunication Traffic
Engineering
Sdh Switching