Empirical Study on the Evolution of PlanetLab
Li Tang, Yin Chen, Fei Li, Hui Zhang, Li Jun
Abstract
Li Tang, Yin Chen, Fei Li, Hui Zhang, Li Jun
Abstract
PlanetLab is a globally distributed overlay platform that has been increasingly used by researchers to deploy and assess planetary-scale network services. This paper analyzes some particular advantages of PlanetLab, and then investigates its evolution process, geographical node-distribution, and network topological features. The revealed results are helpful for researchers to 1) understand the history of PlanetLab and some of its important properties quantitatively; 2) realize the dynamic of PlanetLab environment and design professional experiments; 3) select stable nodes that possess a high probability to run continuously for a long time; and 4) objectively and in depth evaluate the experimental results.
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PlanetLab is a globally distributed overlay platform that has been increasingly used by researchers to deploy and assess planetary-scale network services. This paper analyzes some particular advantages of PlanetLab, and then investigates its evolution process, geographical node-distribution, and network topological features. The revealed results are helpful for researchers to 1) understand the history of PlanetLab and some of its important properties quantitatively; 2) realize the dynamic of PlanetLab environment and design professional experiments; 3) select stable nodes that possess a high probability to run continuously for a long time; and 4) objectively and in depth evaluate the experimental results.
Key concepts: PlanetLab, Computer science, Overlay, Node (physics), Overlay network, Empirical research, Distributed computing, Process (computing)