Actualités en direct des projets (non traduites)

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Hello everyone,

The following are the new runs for N-Body:

de_nbody_02_27_2023_v182_pal5__data__1
de_nbody_02_27_2023_v182_pal5__data__2
de_nbody_02_27_2023_v182_pal5__data__3

These are our first runs of Palomar 5 with data from SDSS DR17.
Please let me know if there are any issues with these new runs.

Thanks,
Kevin

Source

Création : 27 février 2023

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Dear participants,

There is a wonderful new beginning started by the Science Commons Initiative. They launched a web store selling BOINC-related merchandise. SiDock@home is already on board :)

We support this idea and hope it will help more people to know about BOINC and get interested in BOINC projects! It will also contribute to the development of BOINC as 50% of the profits will go to the BOINC Development Fund (100% in special cases). Another 50% of the profit will go to the project as a donation.

With best wishes,
team of SiDock@home

Source

Création : 23 février 2023

Détails

Indian Ocean experiment

This experiment aims to evaluate the importance of the Indian Ocean Dipole (IOD) event of the winter 2019/2020 on the strong and well predicted North Atlantic Oscillation (NAO) of the same winter. The NAO is of large importance to European winter weather as it governs the winds over the North Atlantic which are related to the mild and wet winters of northern Europe. It has been shown that the NAO is in some years influenced by anomalous tropical ocean conditions (like El Nino). We aim to show that the strong positive IOD of 2019/2020 had an influence on the NAO and resulting warm conditions of this winter. We use the large ensemble of the OpenIFS@Home to identify the connections between the tropical Indian Ocean and the North Atlantic region.

Technical information

CPDN app-name: oifs_43r3
Run time: ~8 hrs/task on a modern CPU
Max memory: ~7Gb
Total number of files: 783 files
Model output: 8.5Mb per output step (uncompressed)
Total size of uploaded files: 2.6GB
Checkpoint filesize: ~800Mb (these are periodically created & deleted in the slot dir and not uploaded)

(The total size of the upload is one member zipped.)

Source

Création : 20 février 2023

Détails

Indian Ocean experiment

This experiment aims to evaluate the importance of the Indian Ocean Dipole (IOD) event of the winter 2019/2020 on the strong and well predicted North Atlantic Oscillation (NAO) of the same winter. The NAO is of large importance to European winter weather as it governs the winds over the North Atlantic which are related to the mild and wet winters of northern Europe. It has been shown that the NAO is in some years influenced by anomalous tropical ocean conditions (like El Nino). We aim to show that the strong positive IOD of 2019/2020 had an influence on the NAO and resulting warm conditions of this winter. We use the large ensemble of the OpenIFS@Home to identify the connections between the tropical Indian Ocean and the North Atlantic region.

Technical information

CPDN app-name: oifs_43r3
Run time: ~8 hrs/task on a modern CPU
Max memory: ~7Gb
Total number of files: 783 files
Model output: 8.5Mb per output step (uncompressed)
Total size of uploaded files: 2.6GB
Checkpoint filesize: ~800Mb (these are periodically created & deleted in the slot dir and not uploaded)

(The total size of the upload is one member zipped.)

Source

Création : 20 février 2023

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...398822 times

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Création : 19 février 2023

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Aliquot sequence 60^53 has terminated!!!



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Création : 16 février 2023