Looks like a grant child, 3 generations removed from the parent. The techs can code jobs to move them faster through the system as were they a rush job, this one CMD2_ 0011-3BVO_ A.clustersOccur-3D2E_ D.clustersOccur having been in the cycle for a longer time. Consider the scientist waiting to receive the complete set of positions, so is my expectation, and free up the space with HCMD2 having an phenomenal number of jobs in the loop this moment.

Edit: Note that already the first child is send out with 10 days instead of 14 days deadline for the parent tasks.

Hello Jean,
I am pleased that you confirm my feeling since 2 weeks. Since HCMD2 is "stabilized", I notice that the average granted credits of my WinXP64 system grew over 20%.
This observation is really reliable because in the past I devoted this system to HCC - already renowned for taking advantage of 64-bit-integer computation - and since beginning of June, I devoted this host to HCMD2 only.
Indeed it should be probably meaningful to recommend to devote at least XP64-based systems to HCMD2.
At this time, I don't have any Vista-64 based systems, for this reason I limit my statement to XP. However if the trend you noticed with your Ubuntu-64-system can be confirmed, it is to expect that probably every 64-bit-systems can compute HCMD2 WUs efficiently.
Cheers,
Yves