@misc {Simula.simula.3008,
	title = {The NorNet Testbed - an Overview for the GENI Meeting},
	howpublished = {Invited talk at the Kungliga Tekniska h{\"o}gskolan (KTH)},
	year = {2014},
	month = {September},
	abstract = {Multi-homing denotes the simultaneous connection of endpoints (e.g.\~cloud servers, smartphones, etc.) to multiple Internet Service Providers\~(ISP). That is, the endpoints remain reachable even when some of the ISPs have problems (e.g.\~malfunction of hardware or break of cables). Besides the redundancy aspect, multi-homing can also make load sharing by multi-path transport possible, i.e.\~increasing the application throughput by utilising multiple paths simultaneously. Multi-path transport can e.g.\~be realised by Concurrent Multi-Path Transfer for SCTP\~(CMT-SCTP) and Multi-Path TCP\~(MPTCP), two protocols that are currently under standardisation in the IETF. The growing need for and deployment of multi-homed applications makes large-scale testing and evaluation in realistic Internet setups necessary. For instance, different paths can have very different characteristics with regard to bandwidth, packet loss rate, congestion, delay and jitter. Therefore, the NorNet project of the Simula Research Laboratory is building up an open platform for such experiments: the NorNet testbed. It consists of two parts: the wired part NorNet Core as well as the wireless part NorNet Edge; both parts provide programmable nodes with multiple ISP connections. These nodes are distributed all over Norway as well as some international locations. This talk will give an overview over the NorNet testbed and how it can be utilised for research on multi-homed systems.},
	keywords = {Workshop},
	author = {Dreibholz, Thomas}
}
