Abstract:
A distributed storage system for allowing an access to a plurality of cloud storage systems is provided. The system includes a plurality of cloud storage systems (CSSs); and a plurality of computing devices, wherein the plurality of computing devices are in close proximity to each other and are geographically remote from each of the plurality of CSSs, wherein each computing device is configured to: dynamically select a best route between a CSS of the plurality of CSSs and the computing device; and establish, based on the selected best route, a data flow between the CSS and the computing device wherein the data flow is established to allow at least a storage service related to the CSS.
Abstract:
In an approach for creating a file, a computer receives a selection on a selection of content within application software on a first computing device to transfer to a clipboard. The computer appends metadata of the received selection with metadata indicating application software and file association information that corresponds to the selected content. The computer receives an indication to paste the selected content from the clipboard to a second computing device. The computer determines whether compatible application software on the second computing device is capable of accepting the selected content included in the received indication to paste. The computer responsive to determining that compatible application software on the second computing device is not capable of accepting the selected content included in the received indication to paste, creates a file that includes the selected content included in the received indication to paste and appended metadata.
Abstract:
A technique to enable the user of storage clouds to use of a plurality of storage clouds without the user of storage clouds being aware of which data is being entrusted to which storage cloud and without sacrificing safety or ease-of-use by selecting at least one storage cloud to store an entity file storable in a cloud-utilizing terminal from among a plurality of storage clouds connected via a network to the cloud-utilizing terminal. This technique includes referencing the attributes or context of an entity file, or the attributes of a virtual folder and each attribute of a plurality of storage clouds, in response to the creation or update of the entity file in the virtual folder in the cloud-utilizing terminal, and selecting at least one storage cloud from among a plurality of storage clouds for storing the entity file so as to satisfy predefined rules.
Abstract:
A method for automatic folder ownership assignment, including ascertaining which first folders, among a first multiplicity of folders, have at least one of modify and write permissions to non-IT administration entities, adding the first folders to a list of candidates for ownership assignment, defining a second multiplicity of folders which is a subset of the first multiplicity of folders and not including the first folders and descendents and ancestors thereof, ascertaining which second folders among the second multiplicity of folders, have permissions to non-IT administration entities, adding the second folders to the candidates, defining a third multiplicity of folders, which is a subset of the second multiplicity of folders and not including the second folders and descendents and ancestors thereof, ascertaining which third folders among the third multiplicity of folders are topmost folders, adding the third folders to the candidates, and recommending possible assignment of ownership of the candidates.
Abstract:
A method for automatic folder ownership assignment, including ascertaining which first folders, among a first multiplicity of folders, have at least one of modify and write permissions to non-IT administration entities, adding the first folders to a list of candidates for ownership assignment, defining a second multiplicity of folders which is a subset of the first multiplicity of folders and not including the first folders and descendents and ancestors thereof, ascertaining which second folders among the second multiplicity of folders, have permissions to non-IT administration entities, adding the second folders to the candidates, defining a third multiplicity of folders, which is a subset of the second multiplicity of folders and not including the second folders and descendents and ancestors thereof, ascertaining which third folders among the third multiplicity of folders are topmost folders, adding the third folders to the candidates, and recommending possible assignment of ownership of the candidates.
Abstract:
A method and computing device for allowing synchronized access to a cloud storage system (CSS) based on stub tracking. The computing device comprises: a processing unit; a storage system, wherein the storage system is configured to maintain objects, each object having a state, wherein each state is any one of: a synchronized state, and a stub state; and a memory, the memory containing instructions that, when executed by the processing unit, configure the computing device to: receive a request from a client to access an object maintained in the storage system; change the state of the requested object from a stub state to a synchronized state upon receiving the request; and synchronize data of the requested object having a synchronized state with the CSS.
Abstract:
The method and an apparatus provides a virtualized file system enabling indirect access to a second file system in a data storage system comprising a plurality of client computers 100 and a second file system managing unit 410 for managing the second file system and enabling client access to the second file system, the method comprising interconnecting a first file system managing unit 310 between the plurality of client computers 100 and the second file system managing unit 410, creating a directory /root in a first file system managed by the first file system managing unit 310, a directory /root of the second file system with the directory /root of the first file system, enabling on-demand virtualization of the second file system by the first file system managing unit 310 based on client requests received from the client computers 100 at the first file system managing unit 310.
Abstract:
A virtual media (VM) method for mounting one or more folders in one or more storage devices of a client for accessed by a server as a virtual drive. The client assigns virtual cluster indices to each file, and creates a file-cluster index table to store the assigned virtual cluster indices. The client also creates a VM file system complying with the FAT file system standard except that only subdirectories and no data files are stored in the VM FAT file system. The VM FAT table uses virtual cluster indices rather than actual cluster indices. Data written by the server are stored in a temporary data area without modifying the actual file systems of the storage devices. The virtual sectors requested to be written are “dirty”, and the dirty sector numbers and corresponding temporary sector numbers are stored in a dirty sector index table for use in a write-back step.
Abstract translation:一种虚拟介质(VM)方法,用于将一个或多个文件夹安装在客户机的一个或多个存储设备中,以由服务器作为虚拟驱动器访问。 客户端为每个文件分配虚拟集群索引,并创建一个文件集群索引表来存储分配的虚拟集群索引。 客户端还创建符合FAT文件系统标准的VM文件系统,除了只有子目录和没有数据文件存储在VM FAT文件系统中。 VM FAT表使用虚拟集群索引而不是实际的集群索引。 由服务器写的数据存储在临时数据区中,而不修改存储设备的实际文件系统。 请求写入的虚拟扇区为“脏”,脏扇区号和相应的临时扇区号存储在脏扇区索引表中以用于回写步骤。
Abstract:
Systems and methods create virtual disks for access by a virtual machine. The virtual disk can be created from marked folders such that files and folders containing sensitive data or data not necessary for the purpose of a virtual machine using the virtual disk can be omitted from the virtual disk.
Abstract:
The disclosed embodiments provide a system that processes data from a user. During operation, the system obtains, at a cloud computing system, a set of data-sharing preferences for the user. Next, the system creates a set of virtual storage partitions for the user with the cloud computing system based on the data-sharing preferences. Upon receiving data from the user to the cloud computing system, the system associates the data with a virtual storage partition from the set of virtual storage partitions based on the data-sharing preferences and a set of data attributes for the data. Finally, the system manages access to the virtual storage partition by one or more other users based on the data-sharing preferences.