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* Rather than profile individual tunnels for throughput over their lifetime, do so at 1 minute intervals (allowing less frequently active tunnels to be more fairly measured). * Run the live tunnel load test across two tunnels at a time, by default. The load test runs for a random period from 90s to the tunnel lifetime, self paced. This should help gathering data for profiling peers that are in exploratory tunnels. 2006-01-03 jrandom * Calculate the overall peer throughput across the 3 fastest one minute tunnel throughput values, rather than the single fastest throughput. * Degrade the profiled throughput data over time (cutting the profiled peaks in half once a day, on average) * Enable yet another new speed calculation for profiling peers, using the peak throughput from individual tunnels that a peer is participating in, rather than across all tunnels they are participating in. This helps gather a fairer peer throughput measurement, since it won't allow a slow high capacity peer seem to have a higher throughput (pushing a little data across many tunnels at once, as opposed to lots of data across a single tunnel). This degrades over time like the other. * Add basic OS/2 support to the jbigi code (though we do not bundle a precompiled OS/2 library)
* Rather than profile individual tunnels for throughput over their lifetime, do so at 1 minute intervals (allowing less frequently active tunnels to be more fairly measured). * Run the live tunnel load test across two tunnels at a time, by default. The load test runs for a random period from 90s to the tunnel lifetime, self paced. This should help gathering data for profiling peers that are in exploratory tunnels. 2006-01-03 jrandom * Calculate the overall peer throughput across the 3 fastest one minute tunnel throughput values, rather than the single fastest throughput. * Degrade the profiled throughput data over time (cutting the profiled peaks in half once a day, on average) * Enable yet another new speed calculation for profiling peers, using the peak throughput from individual tunnels that a peer is participating in, rather than across all tunnels they are participating in. This helps gather a fairer peer throughput measurement, since it won't allow a slow high capacity peer seem to have a higher throughput (pushing a little data across many tunnels at once, as opposed to lots of data across a single tunnel). This degrades over time like the other. * Add basic OS/2 support to the jbigi code (though we do not bundle a precompiled OS/2 library)
To find the state of this project's repository at the time of any of these versions, check out the tags.