![]() Registered and unregistered users can: receive streaming media. share files with unregistered users, through a keyed hyperlink.share files with other registered users.The service will transition to read-only on 30 September 2015 and all stored data will be deleted on 15 November 2015 Features ![]() Wuala announced that it would allow no further renewals or purchase of storage. Wuala announced that existing free-only storage would be terminated at the end of 2014 and customers wishing to save their data should migrate away or purchase a paid plan The storage plan was shifted to a paid-only service The "trade storage" feature was discontinued. Īll pro features - backup, sync, file versioning and time travel - are available for everyone at no cost Post-merger announcement of the first joint products. ![]() Wuala described the merger as being between Wuala and LaCie (not Caleido AG and LaCie). LaCie announced a merger with Caleido AG. The Uniform Resource Locator changed from Archived at the Wayback Machine to and files that were public, or shared through a keyed hyperlink, were made accessible through web browsers. Īn Alpha release REST API, at a very early stage of development, supported HTTP GET requests for content that was either public, or shared through a keyed hyperlink. The Wuala Webstart project was registered on. History Īn "open beta"-java-applet, available from the website, could be run from a web browser. Wuala recommended a rival cloud storage startup, Tresorit, as an alternative to its remaining customers. On 17 August 2015 Wuala announced that it was discontinuing its service and that all stored data would be deleted on 15 November 2015. An earlier version also supported distributed storage on other users' machines, however this feature has been dropped. The service stores files in data centres that are provided by Wuala in multiple European countries (France, Germany, Switzerland). It is now part of LaCie, which is in turn owned by Seagate Technology. Wuala / w ɑː ˈ l ɑː/ was a secure online file storage, file synchronization, versioning and backup service originally developed and run by Caleido Inc. Moreover, we introduce the main ideas of some specific coding techniques at a high level, and discuss their motivations and performance.Microsoft Windows XP, Vista, 7, 8, Linux, Mac OS X 10.4 and greater, Android, iOSĮnglish, German, Portuguese, French, Simplified Chinese, Spanish, Italian, Dutch We present an overview of recent advances in these two categories of coding techniques. These two kinds of codes meet the requirements of cloud storage along two different axes: optimizing bandwidth and I/O overhead. Specifically, we present these coding techniques into two categories: regenerating codes and locally repairable codes. In this paper, we examine the existing results of coding techniques for cloud storage systems. In this sense, designing new coding techniques for cloud storage systems has gained a significant amount of attention in both academia and the industry. However, it incurs much higher repair costs, not to mention an even higher access latency. Conventional erasure coding techniques, such as Reed-Solomon codes, are able to achieve a much lower storage cost with the same level of tolerance against disk failures. ![]() By storing a substantial amount of data in commodity disks inside the data center that hosts the cloud, the cloud storage system must consider one question very carefully: how do we store data reliably with a high efficiency in terms of both storage overhead and data integrity? Though it is easy to store replicated data to tolerate a certain amount of data losses, it suffers from a very low storage efficiency. ![]() In the current era of cloud computing, data stored in the cloud is being generated at a tremendous speed, and thus the cloud storage system has become one of the key components in cloud computing. ![]()
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