Translations:Handling large collections of files/1/en: Difference between revisions
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In certain domains, notably [[AI and Machine Learning]], it is common to have to manage very large collections of files, meaning hundreds of thousands or more. The individual files may be fairly small, e.g. less than a few hundred kilobytes. In these cases, a problem arises due to [[Storage_and_file_management#Filesystem_quotas_and_policies|filesystem quotas]] on | In certain domains, notably [[AI and Machine Learning]], it is common to have to manage very large collections of files, meaning hundreds of thousands or more. The individual files may be fairly small, e.g. less than a few hundred kilobytes. In these cases, a problem arises due to [[Storage_and_file_management#Filesystem_quotas_and_policies|filesystem quotas]] on our clusters that limit the number of filesystem objects. Very large numbers of files, particularly small ones, create significant problems for the performance of these shared filesystems as well as the automated backup of the home and project spaces. | ||
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So how can a user or group of users store these necessary datasets on the cluster? In this page we will present a variety of different solutions, each with its own pros and cons, so you may judge for yourself which is appropriate for you. | So how can a user or group of users store these necessary datasets on the cluster? In this page we will present a variety of different solutions, each with its own pros and cons, so you may judge for yourself which is appropriate for you. | ||
Latest revision as of 22:26, 29 August 2024
In certain domains, notably AI and Machine Learning, it is common to have to manage very large collections of files, meaning hundreds of thousands or more. The individual files may be fairly small, e.g. less than a few hundred kilobytes. In these cases, a problem arises due to filesystem quotas on our clusters that limit the number of filesystem objects. Very large numbers of files, particularly small ones, create significant problems for the performance of these shared filesystems as well as the automated backup of the home and project spaces.
So how can a user or group of users store these necessary datasets on the cluster? In this page we will present a variety of different solutions, each with its own pros and cons, so you may judge for yourself which is appropriate for you.