New scheme for points
Posted: Sun Nov 16, 2008 6:57 pm
This is only regarding SMP and GPU-Clients.
I have been folding for about 1 year and have spend quite some time reading this forum about people happy/unhappy about the PPD's they are getting, heat-problems and so on...... I'm folding 100% for the science (family reasons) and see the point's as a nice way to compete. but I also understand the people that are here only for the points. I have a suggestion for this and would be happy to get some comments/feed-back.
Stanford know we are not living in a black/white world (Intel/AMD, ATI/nVidia, Small/Medium/Large/SuperSize Wu's & Stabil/Beta WU/Core's), so please let the donors see this by adding more options to the client/cores/WU's. I know the following suggestions will give Stanford a bit extra work, but I think it's in the best interest of the science.
1) Build a more advanced client that have advanced detection and options, so it can detect the donors hardware and make 2) possible.
2) Build a few more benchmarking-machines with different configurations (Intel & AMD with ATI & nVidia cards inside) and benchmark the WU's on fx. 4 different machines and 4 different graphic-cards (eg. Intel E7200/Q9300 & AMD Athlon64 X2-4800/Phenom 9850 with nVidia 9600GSO/260-192 & AMD HD 3850/HD4850) - Then rank the machines on how efficient they do a WU and then give the donors the WU based on the donors hardware. If there are no more "1-ranking" WU's to a specific donor (most efficient hardware to do the WU), then give a "2-ranking", "3-ranking" or worst case a "4-ranking WU - This way science win every time, Stanford have a interest in having WU's ready that fully uses the donors hardware (more science) and the donors have a interest in newer hardware (more science/PPSĀ“s).
3) Change the Point-system so fast returns of a WU get a bonus
a) If a WU is returned within 200% of the time it takes the benchmark-machine to complete the WU, the donor get 100% of the point.
b) If a WU is returned within 100% of the time it takes the benchmark-machine to complete the WU, the donor get 150% of the point.
c) If a WU is returned within 50% of the time it takes the benchmark-machine to complete the WU, the donor get 200% of the point.
4) Change the Point-system so non-stabile beta cores/WU's get a bonus (fx. 33% extra in basis-points), because new cores and/or WU's might overheat, give EUE's, and in general need more "babysitting"..... - Any one accepting non-stabile beta cores/WU's also accept EUE's, overheating, "babysitting"... Benchmark-machines always run on stock-spec. in a 20C/68F room, so if the donors machine is in a warm place and have heat-problems, like I might have (living in south Spain), don't complain to Stanford.
I hope we can discuss like adults in this tread and accept that everybody might have another view, so please be open to other opinions.
I have been folding for about 1 year and have spend quite some time reading this forum about people happy/unhappy about the PPD's they are getting, heat-problems and so on...... I'm folding 100% for the science (family reasons) and see the point's as a nice way to compete. but I also understand the people that are here only for the points. I have a suggestion for this and would be happy to get some comments/feed-back.
Stanford know we are not living in a black/white world (Intel/AMD, ATI/nVidia, Small/Medium/Large/SuperSize Wu's & Stabil/Beta WU/Core's), so please let the donors see this by adding more options to the client/cores/WU's. I know the following suggestions will give Stanford a bit extra work, but I think it's in the best interest of the science.
1) Build a more advanced client that have advanced detection and options, so it can detect the donors hardware and make 2) possible.
2) Build a few more benchmarking-machines with different configurations (Intel & AMD with ATI & nVidia cards inside) and benchmark the WU's on fx. 4 different machines and 4 different graphic-cards (eg. Intel E7200/Q9300 & AMD Athlon64 X2-4800/Phenom 9850 with nVidia 9600GSO/260-192 & AMD HD 3850/HD4850) - Then rank the machines on how efficient they do a WU and then give the donors the WU based on the donors hardware. If there are no more "1-ranking" WU's to a specific donor (most efficient hardware to do the WU), then give a "2-ranking", "3-ranking" or worst case a "4-ranking WU - This way science win every time, Stanford have a interest in having WU's ready that fully uses the donors hardware (more science) and the donors have a interest in newer hardware (more science/PPSĀ“s).
3) Change the Point-system so fast returns of a WU get a bonus
a) If a WU is returned within 200% of the time it takes the benchmark-machine to complete the WU, the donor get 100% of the point.
b) If a WU is returned within 100% of the time it takes the benchmark-machine to complete the WU, the donor get 150% of the point.
c) If a WU is returned within 50% of the time it takes the benchmark-machine to complete the WU, the donor get 200% of the point.
4) Change the Point-system so non-stabile beta cores/WU's get a bonus (fx. 33% extra in basis-points), because new cores and/or WU's might overheat, give EUE's, and in general need more "babysitting"..... - Any one accepting non-stabile beta cores/WU's also accept EUE's, overheating, "babysitting"... Benchmark-machines always run on stock-spec. in a 20C/68F room, so if the donors machine is in a warm place and have heat-problems, like I might have (living in south Spain), don't complain to Stanford.
I hope we can discuss like adults in this tread and accept that everybody might have another view, so please be open to other opinions.