Abstract: This application discloses a data writing method, device, a storage server and a computer readable storage medium, including: writing, when a write request is received, write data corresponding to the write request to a write buffer; acquiring historical access data of a data block corresponding to to-be-flushed data in the write buffer when a data flushing operation is triggered for the write buffer; determining whether the to-be-flushed data is write-only data based on the historical access data by using a pre-trained classifier; if yes, writing the to-be-flushed data to a hard disk drive; and if no, writing the to-be-flushed data to a cache. The data writing method provided by this application can effectively reduce the traffic of writing dirty data to the cache while reserving more space in the cache for the ordinary data, thereby improving the utilization of the cache space and the read hit rate of the cache.

Abstract: This application discloses a data writing method, device, a storage server and a computer readable storage medium, including: writing, when a write request is received, write data corresponding to the write request to a write buffer; acquiring historical access data of a data block corresponding to to-be-flushed data in the write buffer when a data flushing operation is triggered for the write buffer; determining whether the to-be-flushed data is write-only data based on the historical access data by using a pre-trained classifier; if yes, writing the to-be-flushed data to a hard disk drive; and if no, writing the to-be-flushed data to a cache. The data writing method provided by this application can effectively reduce the traffic of writing dirty data to the cache while reserving more space in the cache for the ordinary data, thereby improving the utilization of the cache space and the read hit rate of the cache.

Abstract: A new approach to the manipulation of data access of storage that complies with certain mapping interlinks between front-end servers and back-end storage data pool and which lessens the complexity of the interlinks and improves the efficiency of the data accessibility is disclosed. The method allocates multiple user hardware devices and the logical units to a correspondent designated sub-zone so that there is at least one sub-zone associated with two or more logical units, wherein the logical units reside inside the storage hardware or network. The method establishes the data access interlinks within the same sub-zone between users and logical units. A system that substantiates the method is also disclosed. The method and the system together comprise a new storage scheme.

Abstract: A new approach to the manipulation of data access of storage that complies with certain mapping interlinks between front-end servers and back-end storage data pool and which lessens the complexity of the interlinks and improves the efficiency of the data accessibility is disclosed. The method allocates multiple user hardware devices and the logical units to a correspondent designated sub-zone so that there is at least one sub-zone associated with two or more logical units, wherein the logical units reside inside the storage hardware or network. The method establishes the data access interlinks within the same sub-zone between users and logical units. A system that substantiates the method is also disclosed. The method and the system together comprise a new storage scheme.