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• 
  Ling Liu, M. Tamer Özsu:
  Encyclopedia of Database Systems, Second Edition. Springer 2018, ISBN 978-1-4614-8266-6

A - B - C - D - E - F - G - H - I - J - K - L - M - N - O - P - Q - R - S - T - U - V - W - X - Y - Z

• 
  Peter M. D. Gray:
  P/FDM.
• 
  Ladjel Bellatreche, Todd Davis, Belayadi Djahida:
  Parallel and Distributed Data Warehouses.
• 
  Alfred Inselberg:
  Parallel Coordinates.
• 
  Patrick Valduriez:
  Parallel Data Placement.
• 
  Patrick Valduriez:
  Parallel Database Management.
• 
  Goetz Graefe:
  Parallel Hash Join, Parallel Merge Join, Parallel Nested Loops Join.
• 
  Goetz Graefe:
  Parallel Query Execution Algorithms.
• 
  Hans Zeller, Goetz Graefe:
  Parallel Query Optimization.
• 
  Esther Pacitti:
  Parallel Query Processing.
• 
  Christoph Koch:
  Parameterized Complexity of Queries.
• 
  Rui Zhang:
  Parametric Data Reduction Techniques.
• 
  Bettina Kemme:
  Partial Replication.
• 
  Yuqing Wu:
  Path Query.
• 
  Hong Cheng, Jiawei Han:
  Pattern-Growth Methods.
• 
  Philippe Cudré-Mauroux:
  Peer Data Management System.
• 
  Ernst W. Biersack, Pascal Felber:
  Peer-to-Peer Content Distribution.
• 
  Anastasios Kementsietsidis:
  Peer-to-Peer Data Integration.
• 
  Wojciech Galuba, Sarunas Girdzijauskas:
  Peer-to-Peer Overlay Networks: Structure, Routing and Maintenance.
• 
  Ioannis Aekaterinidis, Peter Triantafillou:
  Peer-to-Peer Publish-Subscribe Systems.
• 
  Anwitaman Datta:
  Peer-to-Peer Storage.
• 
  Wojciech Galuba, Sarunas Girdzijauskas:
  Peer-to-Peer System.
• 
  Gerhard Weikum:
  Peer-to-Peer Web Search.
• 
  Alexander Thomasian:
  Performance Analysis of Transaction Processing Systems.
• 
  Philippe Bonnet, Dennis E. Shasha:
  Performance Monitoring Tools.
• 
  Nikos A. Lorentzos:
  Period-Stamped Temporal Models.
• 
  Ji-Rong Wen, Zhicheng Dou, Ruihua Song:
  Personalized Web Search.
• 
  Wil M. P. van der Aalst:
  Petri Nets.
• 
  Curtis E. Dyreson:
  Physical Clock.
• 
  Sam Lightstone:
  Physical Database Design for Relational Databases.
• 
  Philippe Bonnet, Dennis E. Shasha:
  Physical Layer Tuning.
• 
  Ryan Johnson:
  Pipeline.
• 
  Evaggelia Pitoura:
  Pipelining.
• 
  Chandra Krintz:
  Platform-as-a-Service (PaaS).
• 
  Kazuhisa Fujimoto:
  Point-in-Time Copy.
• 
  David Toman:
  Point-Stamped Temporal Models.
• 
  George Karabatis:
  Polytransactions.
• 
  Cristina Sirangelo:
  Positive Relational Algebra.
• 
  Gösta Grahne:
  Possible Answers.
• 
  Josep Domingo-Ferrer:
  PRAM.
• 
  Ethan Zhang, Yi Zhang:
  Precision.
• 
  Ben Carterette:
  Precision and Recall.
• 
  Nick Craswell:
  Precision at n.
• 
  Nick Craswell:
  Precision-Oriented Effectiveness Measures.
• 
  Ugur Çetintemel:
  Predictive Analytics.
• 
  Jan Chomicki:
  Preference Queries.
• 
  Jan Chomicki:
  Preference Specification.
• 
  Laurynas Siksnys, Torben Bach Pedersen:
  Prescriptive Analytics.
• 
  Jaap Kamps:
  Presenting Structured Text Retrieval Results.
• 
  Yannis Manolopoulos, Yannis Theodoridis, Vassilis J. Tsotras:
  Primary Index.
• 
  Heng Tao Shen:
  Principal Component Analysis.
• 
  Patrick C. K. Hung, Vivying S. Y. Cheng:
  Privacy.
• 
  Chris Clifton:
  Privacy Metrics.
• 
  Patrick C. K. Hung, Yi Zheng, Stephanie Chow:
  Privacy Policies and Preferences.
• 
  Anupam Datta:
  Privacy Through Accountability.
• 
  Simone Fischer-Hübner:
  Privacy-Enhancing Technologies.
• 
  Chris Clifton:
  Privacy-Preserving Data Mining.
• 
  Tyrone Grandison:
  Privacy-Preserving DBMSs.
• 
  Xun Yi:
  Private Information Retrieval.
• 
  Dan Suciu:
  Probabilistic Databases.
• 
  Ekaterini Ioannou:
  Probabilistic Entity Resolution.
• 
  Thomas Roelleke, Jun Wang, Stephen Robertson:
  Probabilistic Retrieval Models and Binary Independence Retrieval (BIR) Model.
• 
  Niccolò Meneghetti:
  Probabilistic Skylines.
• 
  Reynold Cheng, Jinchuan Chen:
  Probabilistic Spatial Queries.
• 
  V. S. Subrahmanian:
  Probabilistic Temporal Databases.
• 
  Ben He:
  Probability Ranking Principle.
• 
  Djoerd Hiemstra:
  Probability Smoothing.
• 
  Nathaniel Palmer:
  Process Life Cycle.
• 
  Wil M. P. van der Aalst:
  Process Mining.
• 
  Danilo Ardagna:
  Process Optimization.
• 
  Pat Helland:
  Process Structure of a DBMS.
• 
  Georgina Ramírez:
  Processing Overlaps in Structured Text Retrieval.
• 
  Andrew Trotman:
  Processing Structural Constraints.
• 
  Peter Boncz:
  Processor Cache.
• 
  Marijn Koolen, Toine Bogers:
  Profiles and Context for Structured Text Retrieval.
• 
  Cristina Sirangelo:
  Projection.
• 
  Karen Pinel-Sauvagnat:
  Propagation-Based Structured Text Retrieval.
• 
  William R. Claycomb, John McCloud:
  Protection from Insider Threats.
• 
  Fernando Chirigati, Juliana Freire:
  Provenance and Reproducibility.
• 
  James Cheney, Wang-Chiew Tan:
  Provenance in Databases.
• 
  Sarah Cohen Boulakia, Wang-Chiew Tan:
  Provenance in Scientific Databases.
• 
  David Koop, Marta Mattoso, Juliana Freire:
  Provenance in Workflows.
• 
  Paolo Missier:
  Provenance Standards.
• 
  Thomas Heinis, Adriane Chapman:
  Provenance Storage.
• 
  Susan B. Davidson, Sudeepa Roy:
  Provenance: Privacy and Security.
• 
  Simone Fischer-Hübner:
  Pseudonymity.
• 
  Hans-Arno Jacobsen:
  Publish/Subscribe.
• 
  Yanlei Diao, Michael J. Franklin:
  Publish/Subscribe Over Streams.
• 
  David Maier, Peter A. Tucker:
  Punctuations.

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last updated on 2026-01-30 22:56 CET by the dblp team

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