A Real Time Processing system for big data in astronomy: Applications to HERA.
Paul La PlantePeter K. G. WilliamsMatthew KolopanisJesse DillonAdam P. BeardsleyNicholas S. KernMichael WilenskyZaki S. AliZara AbdurashidovaJames E. AguirrePaul AlexanderYanga BalfourGianni BernardiTashalee S. BillingsJudd D. BowmanRoxanne F. BradleyPhil BullJacob BurbaSteve CareyChris L. CarilliCarina ChengDavid R. DeBoerMatt DexterEloy de Lera AcedoJohn ElyAaron Ewall-WiceNicolas FagnoniRandall FritzSteven R. FurlanettoKingsley Gale-SidesBrian GlendenningDeepthi GorthiBradley GreigJasper GrobbelaarZiyaad HaldayBryna J. HazeltonJacqueline N. HewittJack HickishDaniel C. JacobsAustin JuliusJoshua KerriganPiyanat KittiwisitSaul A. KohnAdam LanmanTelalo LekalakeDavid LewisAdrian LiuDavid MacMahonLourence MalanCresshim MalgasMatthys MareeZachary E. MartinotEunice MatsetelaAndrei MesingerMathakane MolewaMiguel F. MoralesTshegofalang MosianeSteven MurrayAbraham R. NebenBojan NikolicAaron R. ParsonsRobert PascuaNipanjana PatraSamantha PieterseJonathan C. PoberNima Razavi-GhodsJon RinguetteJames RobnettKathryn RosieMario G. SantosPeter SimsCraig SmithAngelo SyceNithyanandan ThyagarajanHaoxuan ZhengPublished in: Astron. Comput. (2021)
Keyphrases
- big data
- real time
- high volume
- data processing
- cloud computing
- data analysis
- data intensive computing
- data management
- unstructured data
- big data analytics
- business intelligence
- data visualization
- data intensive
- social media
- vast amounts of data
- massive data
- data science
- information processing
- knowledge discovery
- scientific data
- commodity hardware
- business analytics
- huge data
- massive datasets
- decision makers
- health informatics
- case study
- social networks