TY - CPAPER
AU - Gabriele Gemmi
AU - Renato Cigno
AU - Leonardo Maccari
AB - Mesh backhauls are getting attention for 5G networks, but not only. A backhaul mesh is attractive due to its multiple potential paths that grants redundancy and robustness. The real topology and its properties, however, is heavily influenced by the characteristics of the place where it is deployed, a fact that is rarely taken into account by scientific literature, mainly due to the lack of detailed topographic data. This WIP analyzes the impact of true topography on small backhaul meshes in nine different locations in Italy. Initial results stress how true data influence results and can help designing better networks and better services.
CY - Pisa, Italy
DA - jun
DO - 10.1109/WoWMoM51794.2021.00043
N2 - Mesh backhauls are getting attention for 5G networks, but not only. A backhaul mesh is attractive due to its multiple potential paths that grants redundancy and robustness. The real topology and its properties, however, is heavily influenced by the characteristics of the place where it is deployed, a fact that is rarely taken into account by scientific literature, mainly due to the lack of detailed topographic data. This WIP analyzes the impact of true topography on small backhaul meshes in nine different locations in Italy. Initial results stress how true data influence results and can help designing better networks and better services.
PB - IEEE
PP - Pisa, Italy
PY - 2021
SN - 978-1-66542-263-5
EP - 240–243
TI - WIP: Analysis of Feasible Topologies for Backhaul Mesh Networks
UR - https://ieeexplore.ieee.org/document/9469432/
ER -