National Institute of Standards and Technology / Purdue University / University of California / Chungshan Institute of Science / /
IndustryTerm
users leveraging cloud services / remote-file integrity checking protocol / communications security / distributed data storage systems / large scale cloud computing / i.e. web indexing / database products / satellite imagery / disconnected sub-networks / potential solutions / ecommerce operations / partitioned sub-networks / partition-tolerant web services / distributed systems / elastic resource management / financial services / large-scale storage systems / storage technologies / grid computing / computing / Cloud computing / fine-grained management / metadata search / equipment management / even if it suffers from network / cloud services / web services / large scale distributed storage systems / /
OperatingSystem
Microsoft Windows / /
Organization
Chungshan Institute of Science and Technology / University of California / Berkeley / National Science Council / Purdue University / Reliability Society / National Institute of Standards and Technology / Computer Science Taiwan Information Security Center / Bureau of Investigation / and Chunghwa Telecomm / National Chiao Tung University / /
Person
Chellappa / Prashant Malik / Luiz Andre Barroso / G. Ammons / V / Avinash Lakshman / Eric Schmidt / Morgan Publishers / Urs Hoelzle / Y. Chen / V / /
Position
Chief Executive / Engineer / /
Product
Dynamo / Apache Cassandra / Windows Azure platform / BigTable / Windows Azure / /
ProvinceOrState
VM / California / /
PublishedMedium
Communications of the ACM / /
RadioStation
Katz / /
Technology
virtual machine / storage technologies / P2P / peer-to-peer system / Operating Systems / remote-file integrity checking protocol / /
This article is part of the Reliability Society 2010 Annual Technical Report Reliability and Security of Large Scale Data Storage in Cloud Computing C.W. Hsu¹ C.W. Wang²