Design and implementation of network management with two-layer fairness approach in campus network environment

Abstract

Accelerated growth in Internet bandwidth and Internet users have been increased network management complexity. This issue is more pronounced in campus networks as the scale of such networks has increased dramatically. This work proposes a layer-based network bandwidth management framework that significantly decreases the implementation complexity, achieves fair bandwidth allocation and resolves the problem of stolen IP addresses. Simulation results demonstrate that the proposed framework achieves fair bandwidth usage in the subnet and backbone. By the way, we also realise the system with embedded platform to reveal the algorithm and performance.

Design of Cloud Load Balance Architecture for Web Servers

“…This method is simple and uses less resource, but is usually unable to detect the attached server, resulting in annexation to uneven distribution. Shadrach et al proposed an RTSLB algorithm based on a weighted metric and compared the results to three algorithms, including a random load distribution algorithm, a round robin load distribution algorithm and a competitive learning algorithm [1][2][3][4][5][6].…”