A Method to Construct an Attack and Fault Tolerant Scalable Distributed Network
Distributed networks have attracted much attention due to their scalability and inexpensiveness as compared to traditional centralized networks. While distributed networks are appropriate to construct large-scale networks, insuring the tolerance to network-failures (i.e., attacks and faults) and communication efficiency is still an unresolved issue. In this paper, the authors classify and evaluate the existing distributed networks based on their degree distributions. They also propose a method to construct a network based on bimodal degree distribution, which is tolerant to network-failures insuring high communication efficiency. Additionally, through computer simulations, they show that the proposed method achieves higher tolerance compared to other existing methods.