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Inter-domain dynamic circuit networks are beginning to provide scientist= s and researchers with the necessary guaranteed, high bandwidth connections= that allow the transfer of large datasets without interfering with other p= roduction traffic. These networks present challenges to end users when they= encounter problems with these connections due to both the opacity of the e= nd-to-end connection as well as the fact that these problems are often isol= ated to the traffic on that connection as opposed to affecting a wider rang= e of users. The DYNES project is looking to significantly expand the users = of these dynamic circuit networks, and as part of that project, Internet2 i= s working with other groups on a standard approach for monitoring these int= er-domain circuits.
Aaron Brown from Internet2 will discuss the planned architecture for mon= itoring these circuits, and the software implementing this architecture as = part of the DYNES work.