Fig. 1 Cumulative distribution function of the download happening in sessions for different segment sizes in the workload alluvion.
The analyses revealed that the most frequent type of natural hazard was "alluvion" (a local term for debris flow), followed by floods and extreme rainfall.
I amble into the water and let the warm alluvion wash over my aching feet and take in the view.
Scrapes were hourly for Bitsoup, Etree and Alluvion, and happened every 6 min for Filelist.
Scrambled data indicates only the locality resulting from file popularity a Alluvion b Etree c BitSoup d FileList.
Fig. 9 Cumulative distribution function (CDF) of files size in the BitTorrent sites Alluvion, BitSoup, Etree, and FileList.
We use traces of user behavior in four BitTorrent sites3 for our analyses: Alluvion, Bitsoup, Etree, and Filelist.
All simulations consider ISPs with 3%% of the users in the workload a Alluvion b BitSoup c Etree d FileList.
Alluvion is a companion site to a popular discussion forum and, at the time of data collection, distributed miscellaneous content produced by the users of this forum.
Kendall's (tau ) correlation coefficient shows weak correlation in all BitTorrent sites: a Alluvion (tau ) = 0.11, b Etree (tau ) = 0.09, c BitSoup (tau = 0.25), d FileList (tau ) = 0.15.
There is only a weak correlation: in all workloads (tau ) is between 0.09 and 0.25 (Alluvion = 0.11, BitSoup = 0.25, Etree = 0.09, FileList = 0.15), with (p) value 0.001.
