LinkedIn / Twitter / Google / Facebook / GitHub / Database Systems / Yahoo! / /
IndustryTerm
transaction processing systems / atomic commitment protocols / transaction processing performance / coordination-free algorithm / back-end services / large-scale and distributed systems / elastic cloud computing / coordinationfree algorithms / query processors / query processor / Data-intensive services / heterogeneous storage media / rule-based rewriting systems / data management systems / deployed software / web programming frameworks / real-world data management infrastructure / real-world applications / retail inventories / stronger solutions / social media / actual software artifacts / data management solutions / intensive data products / coordination-avoiding systems / coordination-free data management systems / data management / open source web applications / standardized analysis tools / models using software prototypes / coordination-free data management solutions / bank balance / online blog comments / coordination-free algorithms / front-end web servers / capable data management solutions / Web Framework / interconnected data-intensive services / large-scale distributed data management systems / demarcation protocol / technology transfer / large-scale data-intensive computing / /
Person
Michael J. Franklin / Matt Welsh / Karthik Dantu / Michael I. Jordan / Haoyuan Li / Peter Alvaro / Bryan Kate / Neil Conway / Ion Stoica / Justin Werfel / Joseph M. Hellerstein / Margo Seltzer / Sanjay Gandhi / Vijay Janapa Reddi / Joseph E. Gonzalez / Kyle Kingsbury / Ali Ghodsi / Radhika Nagpal / David Brooks / Dan Crankshaw / Peter Bailis / Michael J Franklin / Shivaram Venkataraman / Alan Fekete / Aaron Davidson / Joseph M Hellerstein / Jason Waterman / Zhao Zhang / /
Position
shim designer / practicing engineer / /
Product
Idle Cycle Injection / /
ProgrammingLanguage
Ruby on Rails / SQL / /
PublishedMedium
ACM Queue / Communications of the ACM / The VLDB Journal / /
Research Statement Peter Bailis Today, large-scale data-intensive computing is more ubiquitous than ever. After decades of academic research, distributed system design and massive-scale data management are real concerns