I have recently learned the following information from WCG and still believe there is no calculable end date. However I will still attempt to track the progress as it occurs. A big thanks to the WCG staff for making this available. I have decided to leave the original quote in for the time being as it still addresses the question of additional work.Last 30 day average results:463,092
Percentage Complete:Currently listed on the Research page:57%. I have adjusted my figures to an estimated total of 70,500 batches currently.(Little tweak)
The average length of a WU is currently running about 4.18 hours, slightly shorter than the last time I posted, but continuing to trend steady at around the 4 to 4.3 hour mark consistently. The average length of a work unit this past week varied between 4.17 and 4.30 hours. This continues to be remarkably steady.
Still have not seen any of the batches from 122278 to 122402. The ovarian units started with 122403 as the lowest number.My latest batch number was 140440 which would give about 154 batches for the week. The batch count for last week was 172.
Production increased this past week going from about 3.08 million WU's to 3.09 million WU's completed. During this past week the time devoted to MCM1 was just slightly over an average of 212 years per day, up slightly from the past week's 211.
Originally we had 17,500 batches. My current estimate for the number of batches is 70,500. I have virtually given up trying to track the changes as to when the researchers are adding them. As of today(February 25) we have done 808,996,502 units. This would be about 57.37% of the known work units. The percentage on the Research page (57%)has been fluctuating up and down, which probably reflects the injection of new batches by the scientists, or the slowdown in the amount done by the project. If I get too far out of whack I will re-assess my numbers.
Based on the 30 day running average the current work units should last to about September of 2021, about the same as last week. When looking this far into the future the crystal ball gets very hazy. This not an end of project projection, just a projection of a probable end of the current (maybe) known work units. I am trying to calculate a couple of different ways to try to get some figures which converge to about the same. At any rate, there should be about 3.5 years left to crunch on this project at the present rate.
I have revised the second graph to reflect the change in total work units as of July 16, 2017.This should be a better representation of the potential end of the project, given the present parameters.


Cheers

I have recently learned the following information from WCG and still believe there is no calculable end date. However I will still attempt to track the progress as it occurs. A big thanks to the WCG staff for making this available. I have decided to leave the original quote in for the time being as it still addresses the question of additional work.Last 30 day average results:462,647
Percentage Complete:Currently listed on the Research page:57%. I have adjusted my figures to an estimated total of 70,500 batches currently.(Little tweak)
The average length of a WU is currently running about 4.11 hours, slightly shorter than the last time I posted, but continuing to trend steady at around the 4 to 4.3 hour mark consistently. The average length of a work unit this past week varied between 4.10 and 4.17 hours. This continues to be remarkably steady.
Still have not seen any of the batches from 122278 to 122402. The ovarian units started with 122403 as the lowest number.My latest batch number was 140620 which would give about 180 batches for the week. The batch count for last week was 154.
Production increased this past week going from about 3.09 million WU's to 3.16 million WU's completed. During this past week the time devoted to MCM1 was just slightly over an average of 212.7 years per day, up slightly from the past week's 212.4.
Originally we had 17,500 batches. My current estimate for the number of batches is 70,500. I have virtually given up trying to track the changes as to when the researchers are adding them. As of today(March 4) we have done 812,165,248 units. This would be about 57.6% of the known work units. The percentage on the Research page (57%)has been fluctuating up and down, which probably reflects the injection of new batches by the scientists, or the slowdown in the amount done by the project. (On March 9,2018 it moved to 58%)If I get too far out of whack I will re-assess my numbers.
Based on the 30 day running average the current work units should last to about August/September of 2021, about the same as last week. When looking this far into the future the crystal ball gets very hazy. This not an end of project projection, just a projection of a probable end of the current (maybe) known work units. I am trying to calculate a couple of different ways to try to get some figures which converge to about the same. At any rate, there should be about 3.5 years left to crunch on this project at the present rate.
I have revised the second graph to reflect the change in total work units as of July 16, 2017.This should be a better representation of the potential end of the project, given the present parameters.


Cheers

I have recently learned the following information from WCG and still believe there is no calculable end date. However I will still attempt to track the progress as it occurs. A big thanks to the WCG staff for making this available. I have decided to leave the original quote in for the time being as it still addresses the question of additional work.Last 30 day average results:466,773
Percentage Complete:Currently listed on the Research page:58%. I have adjusted my figures to an estimated total of 70,500 batches currently.(Little tweak)
The average length of a WU is currently running about 4.17 hours, slightly longer than the last time I posted, but continuing to trend steady at around the 4 to 4.3 hour mark consistently. The average length of a work unit this past week varied between 4.13 and 4.21 hours. This continues to be remarkably steady.
Still have not seen any of the batches from 122278 to 122402. The ovarian units started with 122403 as the lowest number.My latest batch number was 140827 which would give about 207 batches for the week. The batch count for last week was 180.
Production increased this past week going from about 3.16 million WU's to 3.34 million WU's completed. During this past week the time devoted to MCM1 was just slightly over an average of 227 years per day, up slightly from the past week's 212.7.
Originally we had 17,500 batches. My current estimate for the number of batches is 70,500. I have virtually given up trying to track the changes as to when the researchers are adding them. As of today(March 11) we have done 815,505,413 units. This would be about 57.9% of the known work units. The percentage on the Research page (58%)has been fluctuating up and down, which probably reflects the injection of new batches by the scientists, or the slowdown in the amount done by the project. (On March 17,2018 it moved to 59%)If I get too far out of whack I will re-assess my numbers.
Based on the 30 day running average the current work units should last to about August/September of 2021, about the same as last week. When looking this far into the future the crystal ball gets very hazy. This not an end of project projection, just a projection of a probable end of the current (maybe) known work units. I am trying to calculate a couple of different ways to try to get some figures which converge to about the same. At any rate, there should be about 3.5 years left to crunch on this project at the present rate.
I have revised the second graph to reflect the change in total work units as of July 16, 2017.This should be a better representation of the potential end of the project, given the present parameters.


Cheers

I have recently learned the following information from WCG and still believe there is no calculable end date. However I will still attempt to track the progress as it occurs. A big thanks to the WCG staff for making this available. I have decided to leave the original quote in for the time being as it still addresses the question of additional work.Last 30 day average results:474,597
Percentage Complete:Currently listed on the Research page:59%. I have adjusted my figures to an estimated total of 70,500 batches currently.(Little tweak)
The average length of a WU is currently running about 4.05 hours, slightly shorter than the last time I posted, but continuing to trend steady at around the 4 to 4.3 hour mark consistently. The average length of a work unit this past week varied between 4.05 and 4.22 hours. This continues to be remarkably steady.
Still have not seen any of the batches from 122278 to 122402. The ovarian units started with 122403 as the lowest number.My latest batch number was 140909 which would give about 152 batches for the week. The batch count for last week was 207.
Production increased this past week going from about 3.34 million WU's to 3.37 million WU's completed. During this past week the time devoted to MCM1 was just slightly over an average of 227.7 years per day, up slightly from the past week's 227.3.
Originally we had 17,500 batches. My current estimate for the number of batches is 70,500. I have virtually given up trying to track the changes as to when the researchers are adding them. As of today(March 18) we have done 818,871,685 units. This would be about 58.1% of the known work units. The percentage on the Research page (59%)has been fluctuating up and down, which probably reflects the injection of new batches by the scientists, or the slowdown in the amount done by the project. If I get too far out of whack I will re-assess my numbers.
Based on the 30 day running average the current work units should last to about August/September of 2021, about the same as last week. When looking this far into the future the crystal ball gets very hazy. This not an end of project projection, just a projection of a probable end of the current (maybe) known work units. I am trying to calculate a couple of different ways to try to get some figures which converge to about the same. At any rate, there should be about 3.4 years left to crunch on this project at the present rate.
I have revised the second graph to reflect the change in total work units as of July 16, 2017.This should be a better representation of the potential end of the project, given the present parameters.


Cheers

I have recently learned the following information from WCG and still believe there is no calculable end date. However I will still attempt to track the progress as it occurs. A big thanks to Erika T. for making a new quote available.Last 30 day average results:416,187
Percentage Complete:Currently listed on the Research page:56%. I have adjusted my figures to an estimated total of 74,500 batches currently.(Little tweak, up 2500 from the last update.)
The average length of a WU is currently running about 4.17 hours, slightly shorter than the last time I posted, but continuing to trend steady at around the 4 to 4.3 hour mark consistently. The average length of a work unit this past week varied between 4.06 and 4.26 hours. This continues to be remarkably steady.
Still have not seen any of the batches from 122278 to 122402. The ovarian units started with 122403 as the lowest number.My latest batch number was 141654 which would give about 119 batches for the week. The batch count for last week was 188.
Production increased this past week going from about 2.7 million WU's to 2.96 million WU's completed. During this past week the time devoted to MCM1 was just slightly over an average of 200 years per day, up slightly from the past week's 186.
Originally we had 17,500 batches. My current estimate for the number of batches is 74,000. I have virtually given up trying to track the changes as to when the researchers are adding them. As of today(April 22) we have done 827,658,132 units. This would be about 57.8% of the known work units. The percentage on the Research page (57%)has been fluctuating up and down, which probably reflects the injection of new batches by the scientists, or the slowdown in the amount done by the project. If I get too far out of whack I will re-assess my numbers, which I did this week.
Based on the 30 day running average the current work units should last to about May-June of 2022, a slippage of about six months. When looking this far into the future the crystal ball gets very hazy. This not an end of project projection, just a projection of a probable end of the current (maybe) known work units. I am trying to calculate a couple of different ways to try to get some figures which converge to about the same. At any rate, there should be about 4 years left to crunch on this project at the present rate.
I have revised the second graph to reflect the change in total work units as of April 22, 2017.This should be a better representation of the potential end of the project, given the present parameters.
I took a couple of weeks off of updating the project, but I will try to keep it to a weekly update if I can. Thanks for your patience.


Cheers