Live P2P streaming in CommunityLab: Experience and Insights

Wireless Community Networks (WCNs) are flourishing as a means of providing Internet access, but most of all as an alternative, bottom-up approach to reduce the digital divide and empower the users with control on their network. Video streaming and conferencing are among the most resource hungry and critical networked applications, and their support on WCNs is fundamental, but difficult as Wireless Community Network (WCN) environments are normally less resource-rich than the traditional Internet. This work presents an initial analysis of an experimental activity with Peer Streamer, a P2P video streaming platform, on the Community-Lab, the WCN testbed of the EU FIRE project CONFINE. The results we present shed light on several different aspects, some good, some other less, of video streaming on WCNs. The experiments highlight the feasibility of P2P video streaming, but they also show that the streaming platform must be tailored ad-hoc for the WCN itself to be able to fully adapt and exploit its features and overcome its limitations. On the other hand, the experiments also show that Community-Lab is not yet fully representative of a WCN, and specifically of those that participate in CONFINE.

Wireless Community Networks (WCNs) are flourishing as a means of providing Internet access, but most of all as an alternative, bottom-up approach to reduce the digital divide and empower the users with control on their network. Video streaming and conferencing are among the most resource hungry and critical networked applications, and their support on WCNs is fundamental, but difficult as Wireless Community Network (WCN) environments are normally less resource-rich than the traditional Internet. This work presents an initial analysis of an experimental activity with PeerStreamer, a P2P video streaming platform, on the Community-Lab, the WCN testbed of the EU FIRE project CONFINE. The results we present shed light on several different aspects, some good, some other less, of video streaming on WCNs. The experiments highlight the feasibility of P2P video streaming, but they also show that the streaming platform must be tailored ad-hoc for the WCN itself to be able to fully adapt and exploit its features and overcome its limitations. On the other hand, the experiments also show that Community-Lab is not yet fully representative of a WCN, and specifically of those that participate in CONFINE. © 2014 IEEE.