Users should be able to quickly grasp the most important property of a file when accessing their data from their storage devices. This is especially true for storage mediums with distinct features, such as molecular storage media and new media that are in development. The ideal user interface would allow the user to visualize these properties with a variety of visual means and then display them in order of importance to the user.
For instance, the capacity property is usually one of the most important properties for users when using a traditional hard disk drive system. Early systems offered built-in tools that reported precise information about a user’s storage device. However they primarily focused on displaying the capacity of the device in bar charts that were stacked and their variations (e.g. doughnut charts).
Modern systems present users with a range of aspects, such as the capacity of the file. Some systems, like show the duration of a file with a graph, or a pie chart, that also displays the number of segments accessible in the storage device. Additional information, like the likelihood of life is displayed when a user hovers over the stacks.
IT teams are http://www.virtuadata.net/how-to-service-your-own-computer now required to collaborate with departments and users to provide more cost-efficient storage of data and faster, secure access to the right data sets to support new ideas and projects. This change requires IT departments to concentrate less on the acquisition of technology, configuration and budget management and more on empowering users to serve their requirements.
