Core18 Projects 10470-10473 to FAH(后续CORE19准备)

金鹏 · 发表于 2014-7-12 09:51:40

本帖最后由金鹏于 2014-9-8 09:19 编辑

Core18 Projects 10470-10473 to FAH
by kyleb » Thu Sep 04, 2014 10:58 pm
Core18 is an improved version of Core17 that uses that latest and greatest features from OpenMM. This core is available only for Win32.

These are Core18 projects for Win32 NVIDIA only. The projects are similar to projects 10466-10469, but using core18.

10470: In this project we are running simulations of the protein T4 Lysozyme L99A, which has been a key model system in understanding how small drugs might bind to proteins.
10471: In this project we are running simulations of the important cancer-related protein, src kinase, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer.
10472: In this project we are running simulations of the important cancer-related protein, abl kinase, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer.
10473: In this project we are running simulations of the important cancer-related protein, EGFR, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer associated with EGFR mutations.

10470:
7819 points
6.03 deadline
4.66 timeout

10471:
14755 points
11.4 deadline
8.8 timeout

10472:
14939 points
11.5 deadline
8.9 timeout

10473:
17123 points
13.2 deadline
10.2 timeout

========================================

Projects 10470-10473 Moving to Advanced; Core18
by kyleb » Wed Aug 20, 2014 12:11 am
Core18 is an improved version of Core17 that uses that latest and greatest features from OpenMM. This core is available only for Windows.

These are Core18 projects for Windows+NVIDIA only.

10470: In this project we are running simulations of the protein T4 Lysozyme L99A, which has been a key model system in understanding how small drugs might bind to proteins.
10471: In this project we are running simulations of the important cancer-related protein, src kinase, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer.
10472: In this project we are running simulations of the important cancer-related protein, abl kinase, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer.
10473: In this project we are running simulations of the important cancer-related protein, EGFR, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer associated with EGFR mutations.

10470:
7819 points
6.03 deadline
4.66 timeout

10471:
14755 points
11.4 deadline
8.8 timeout

10472:
14939 points
11.5 deadline
8.9 timeout

10473:
17123 points
13.2 deadline
10.2 timeout

==============================================

尝鲜加beta参数是必须的

A卡跑是毒药,坑得很

New Core18; New Projects 10470-10473
[size=1em]by kyleb » Wed Jul 09, 2014 6:40 am
Core18 is an improved version of Core17 that uses that latest and greatest features from OpenMM. This core is available only for Win32.

These are Core18 projects for Win32 only, AMD and NVIDIA. The projects are similar to projects 10466-10469, but using core18.

10470: In this project we are running simulations of the protein T4 Lysozyme L99A, which has been a key model system in understanding how small drugs might bind to proteins.
10471: In this project we are running simulations of the important cancer-related protein, src kinase, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer.
10472: In this project we are running simulations of the important cancer-related protein, abl kinase, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer.
10473: In this project we are running simulations of the important cancer-related protein, EGFR, which will help to provide insight into how we might eventually develop more effective therapies for the various types of cancer associated with EGFR mutations.

10470:
7819 points
6.03 deadline
4.66 timeout

10471:
14755 points
11.4 deadline
8.8 timeout

10472:
14939 points
11.5 deadline
8.9 timeout

10473:
17123 points
13.2 deadline
10.2 timeout