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Please use this identifier to cite or link to this item: http://hdl.handle.net/10805/1306

Title: Proposal of a Packet Optical Transport Node for Next Generation Networks
Authors: TESTA, PATRIZIA
Tutor: Marco, Listanti
Keywords: Ethernet Burst Switching
Packet Optical Transport
Energy Efficiency
Issue Date: 2012
Abstract: In order to reduce packet-processing rate without requiring changes in the end systems, a simplified and more scalable packet switch forwarding mechanism, patented in Ericsson, has been proposed. It is based on a proprietary burst structure consisting of a group of frames of the same flow headed by a control frame and transmitted spaced by a proprietary inter-frame gap. That allows recognizing frames of the same burst at transit nodes and consequently to change dynamically burst content and size across the network on the basis of the available bandwidth and intermediate grooming opportunities. These features make it a very competitive approach in the context of packet optical transport being able to support multi-granular switching, from packet up to wavelength switching. Seamless and efficient integration with DWDM system is also provided through a new proposed mechanism for dynamic load balancing among different Ethernet parallel links, which takes advantages from burst sequence number information carried by the Ethernet burst control frame to re-order bursts of a same flow at each transit node. Such mechanism allows to support flow splitting among different output links improving bandwidth utilization and allowing intra-wavelength grooming.
URI: http://hdl.handle.net/10805/1306
Research interests: Dimensioning and cost analysis of multi-layer networks; design of multi-granular transport node architecture; Network resource management and Quality of Service support;
Skills short description: Solid knowledge in IP/Ethernet technologies and packet switching architectures; Basic knowledge in optical networking, OTN technology and multi-layer transport network architectures; Good knowledge of the main standards, protocols and modulation and coding techniques of fixed and mobile wireless systems; Good skills in developing features and algorithms for resource management and Quality of Service support, network modeling and dimensioning, simulation and performance analysis, technical reporting; Very good skills at coordinating people and tasks, meeting objectives, inventing new solutions and presenting results; Very good competence in development of patent proposals; Active participation in national and international research projects on wireless and optical networks.
Personal skills keywords: Packet Optical Transport Networks
Carrier Ethernet Technology
Network Dimensioning
Packet switching
Appears in PhD:INGEGNERIA DELL'INFORMAZIONE E DELLA COMUNICAZIONE

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