KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - cs.purdue.edu
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …
KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - scholar.archive.org
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …
KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - kcsrk.info
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …
KC Sivaramakrishnan, G Kaki… - Proceedings of the 36th …, 2015 - dl.acm.org
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …
KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - researchgate.net
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …
KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - docs.lib.purdue.edu
"Declarative Programming over Eventually Consistent Data Stores" by KC Sivaramakrishnan, Gowtham Kaki et al. Home Search Browse Collections My Account About DC Network Digital …
KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - gowthamk.github.io
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …
KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - kcsrk.info
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …
KC Sivaramakrishnan, G Kaki, S Jagannathan - 2015 - gowthamk.github.io
User-facing online services utilize geo-distributed data stores to minimize latency and tolerate partial failures, with the intention of providing a fast, always-on experience …