TY - UNPB
T1 - Traffic Load on Interconnection Lines of Generalized Double Ring Network Structures
AU - Pedersen, Jens Myrup
AU - Riaz, Muhammad Tahir
AU - Madsen, Ole Brun
PY - 2004
Y1 - 2004
N2 - Generalized Double Ring (N2R) network structures possess a number of good properties, but being not planar they are hard to physically embed in communication networks. However, if some of the lines, the interconnection lines, are implemented by wireless technologies, the remaining structure consists of two planar rings, which are easily embedded by fiber or other wired solutions. It is shown that for large N2R structures, the interconnection lines carry notably lower loads than the other lines if shortest-path routing is used, and the effects of two other routing schemes are explored, leading to lower load on interconnection lines at the price of larger efficient average distance and diameter.
AB - Generalized Double Ring (N2R) network structures possess a number of good properties, but being not planar they are hard to physically embed in communication networks. However, if some of the lines, the interconnection lines, are implemented by wireless technologies, the remaining structure consists of two planar rings, which are easily embedded by fiber or other wired solutions. It is shown that for large N2R structures, the interconnection lines carry notably lower loads than the other lines if shortest-path routing is used, and the effects of two other routing schemes are explored, leading to lower load on interconnection lines at the price of larger efficient average distance and diameter.
KW - Communication Networks
KW - Network Topology
KW - Combining Wired and Wireless Networks
KW - Network Planning
M3 - Working paper
BT - Traffic Load on Interconnection Lines of Generalized Double Ring Network Structures
ER -