TY - UNPB
T1 - SQoS based Planning using 4-regular Grid for Optical Fiber Metworks
AU - Riaz, Muhammad Tahir
AU - Pedersen, Jens Myrup
AU - Madsen, Ole Brun
PY - 2005
Y1 - 2005
N2 - The recent research on Structural Quality of Service (SQoS) devised many useful properties that can enhance the network performance. Three different structures have been introduced,
i.e. 4-regular Grid, N2R, and Honeycomb. These structures are now well described and proposed for the next generation optical fiber based network infrastructures. In the first step of SQoS based planning, this paper describes how 4-regular Grid structures can be implemented in the physical level of optical fiber network infrastructures. A systematic approach for implementing the Grid structure is presented. We used a case study of Hals (a small town in the north of Denmark) to apply the implementation procedure. The results are quite promising for the structural based network planning. Conclusion and discussion are presented, and further research is proposed.
AB - The recent research on Structural Quality of Service (SQoS) devised many useful properties that can enhance the network performance. Three different structures have been introduced,
i.e. 4-regular Grid, N2R, and Honeycomb. These structures are now well described and proposed for the next generation optical fiber based network infrastructures. In the first step of SQoS based planning, this paper describes how 4-regular Grid structures can be implemented in the physical level of optical fiber network infrastructures. A systematic approach for implementing the Grid structure is presented. We used a case study of Hals (a small town in the north of Denmark) to apply the implementation procedure. The results are quite promising for the structural based network planning. Conclusion and discussion are presented, and further research is proposed.
KW - Communication Network Topology
KW - Communication Network Planning
KW - Next Generation Networks
KW - FTTH, 4-regular Grid
M3 - Working paper
BT - SQoS based Planning using 4-regular Grid for Optical Fiber Metworks
PB - Department of Control Engineering, Aalborg University
CY - Aalborg
ER -