Title :
Efficient and Secure Transfer, Synchronization, and Sharing of Big Data
Author :
Chard, Kyle ; Tuecke, Steven ; Foster, Ian
Author_Institution :
Univ. of Chicago & Argonne Nat. Lab., Chicago, IL, USA
Abstract :
Cloud computing provides a scalable computing platform through which large datasets can be stored and analyzed. However, because of the number of storage models used and rapidly increasing data sizes, it is often difficult to efficiently and securely access, transfer, synchronize, and share data. The authors describe the approaches taken by Globus to create standard data interfaces and common security models for performing these actions on large quantities of data. These approaches are general, allowing users to access different types of cloud storage with the same ease with which they access local storage. Through an existing network of more than 8,000 active storage endpoints and support for direct access to cloud storage, Globus has demonstrated both the effectiveness and scalability of the approaches presented.
Keywords :
Big Data; cloud computing; electronic data interchange; security of data; storage management; Big Data sharing; Globus; cloud computing; cloud storage; data sizes; local storage; secure transfer; security models; standard data interfaces; storage models; synchronization; Authentication; Big data; Cloud computing; Computer security; Data models; Scalability; Servers; Synchronization; Globus; big data; data sharing; data transfer;
Journal_Title :
Cloud Computing, IEEE
DOI :
10.1109/MCC.2014.52