NDLI: Consistency without borders

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Virtual network diagnosis as a service

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vTube: efficient streaming of virtual appliances over last-mile networks

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Consistency without borders

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MRM: delivering predictability and service differentiation in shared compute clusters

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PoWER: prediction of workload for energy efficient relocation of virtual machines

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The wisdom of virtual crowds: mining datacenter telemetry to collaboratively debug performance

Extending modern PaaS clouds with BSP to execute legacy MPI applications

Adaptive partitioning for large-scale dynamic graphs

Towards a general framework for secure MapReduce computation on hybrid clouds

CATS: a linearizable and self-organizing key-value store

FastMR: fast processing for large distributed data streams

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CloudLEGO: scalable cross-VM-type application performance prediction

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Coloring the cloud for predictable performance

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CloudSSI: revisiting SSI in cloud era

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Pregelix: dataflow-based big graph analytics

Wide-area streaming analytics: distributing the data cube

High performance in-memory caching through flexible fine-grained services

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SuperCloud: economical cloud service on multiple vendors

Dynamic performance profiling of cloud caches

DEDIS: distributed exact deduplication for primary storage infrastructures

Consistency without borders

Content Provider	ACM Digital Library
Author	Bailis, Peter Conway, Neil Hellerstein, Joseph M. Alvaro, Peter
Abstract	Distributed consistency is a perennial research topic; in recent years it has become an urgent practical matter as well. The research literature has focused on enforcing various flavors of consistency at the I/O layer, such as linearizability of read/write registers. For practitioners, strong I/O consistency is often impractical at scale, while looser forms of I/O consistency are difficult to map to application-level concerns. Instead, it is common for developers to take matters of distributed consistency into their own hands, leading to application-specific solutions that are tricky to write, test and maintain. In this paper, we agitate for the technical community to shift its attention to approaches that lie between the extremes of I/O-level and application-level consistency. We ground our discussion in early work in the area, including our own experiences building programmer tools and languages that help developers guarantee distributed consistency at the application level. Much remains to be done, and we highlight some of the challenges that we feel deserve more attention.
Starting Page	1
Ending Page	10
Page Count	10
File Format	PDF
ISBN	9781450324281
DOI	10.1145/2523616.2523632
Language	English
Publisher	Association for Computing Machinery (ACM)
Publisher Date	2013-10-01
Publisher Place	New York
Access Restriction	Subscribed
Content Type	Text
Resource Type	Article

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