DISTIL: Design and implementation of a scalable synchrophasor data processing system

@article{Andersen2015DISTILDA,
  title={DISTIL: Design and implementation of a scalable synchrophasor data processing system},
  author={Michael P. Andersen and Sam Kumar and Connor Brooks and Alexandra von Meier and David E. Culler},
  journal={2015 IEEE International Conference on Smart Grid Communications (SmartGridComm)},
  year={2015},
  pages={271-277}
}
The introduction and deployment of cheap, high precision, high-sample-rate next-generation synchrophasors en masse in both the transmission and distribution tier - while invaluable for event diagnosis, situational awareness and capacity planning - poses a problem for existing methods of phasor data analysis and storage. Addressing this, we present the design and implementation of a novel architecture for synchrophasor data analysis on distributed commodity hardware. At the core is a new feature… CONTINUE READING
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