| R. Govindan and P. Radoslavov. An Analysis of The Internal Structure of Large Autonomous Systems, 2002. unpublished manuscript. 22 |
....will use in the following the number of inferred location groups per AS as our estimate for AS size. A number of recent studies have been concerned with inferring the geographic locations of existing networkrelated entities such as Internet hosts, IP routers, PoPs, ISPs, or ASs [26] 22] 29] [19], 10] Of particular relevance is [29] where the authors, as part of obtaining some of the most complete currently available public router level maps for 10 existing ASs, also inferred the number of PoPs for those same 10 ASs. To compare, Table III shows the inferred number of PoPs reported in ....
R. Govindan and P. Radoslavov. An Analysis of The Internal Structure of Large Autonomous Systems, 2002. unpublished manuscript. 22
....ASs, e.g. we will use in the following the number of inferred location groups per AS as our estimate for AS size. A number of recent studies have been concerned with inferring the geographic locations of existing network related entities such as Internet hosts, IP routers, PoPs, ISPs, or ASs [24, 21, 27, 19, 9]. Of particular relevance is [27] where the authors, as part of obtaining some of the most complete currently available public router level maps for 10 existing ASs, also inferred the number of PoPs for those same 10 ASs. To compare, Table 3 shows the inferred number of PoPs reported in [27] ....
R. Govindan and P. Radoslavov. An Analysis of The Internal Structure of Large Autonomous Systems. Technical Report 02-777, CS Dept., Univ. of Southern California, 2002.
Online articles have much greater impact More about CiteSeer.IST Add search form to your site Submit documents Feedback
CiteSeer.IST - Copyright Penn State and NEC