ICDT Opening

EDBT/ICDT Keynote: Virginia Williams

• [13] Elena Botoeva, Diego Calvanese, Benjamin Cogrel and Guohui Xiao.
  Expressivity and Complexity of MongoDB Queries
  
• [14] Wim Martens and Tina Trautner.
  (Best Paper) Evaluation and Enumeration Problems for Regular Path Queries.
  

• [15] Robert Brijder, Floris Geerts, Jan Van den Bussche and Timmy Weerwag.
  On the expressive power of query languages for matrices
  
• [16] Johannes Doleschal, Wim Martens, Frank Neven and Adam Witkowski.
  Satisfiability for SCULPT-schemas for CSV-like data.
  
• [17] Jacques Dark and Graham Cormode.
  Fast Sketch-based Recovery of Correlation Outliers.
  

• [18] Bas Ketsman, Frank Neven and Brecht Vandevoort.
  Parallel-Correctness and Transferability for Conjunctive Queries under Bag Semantics.
  
• [19] Bas Ketsman, Aws Albarghouthi and Paraschos Koutris.
  Distribution Policies for Datalog.
  
• [20] Yufei Tao.
  Massively Parallel Entity Matching with Linear Classification.
  

EDBT Opening

EDBT/ICDT Keynote: Chris Jermaine

• [12] Shqiponja Ahmetaj, Magdalena Ortiz and Mantas Simkus.
  Rewriting Guarded Existential Rules into Small Datalog Programs.
• [13] Jean Christoph Jung, Carsten Lutz, Mauricio Martel and Thomas Schneider.
  Querying the Unary Negation Fragment with Regular Path Expressions.
• [14] David Carral, Markus Krötzsch, Maximilian Marx, Ana Ozaki and Sebastian Rudolph.
  Preserving Constraints with the Stable Chase.

• [21] Gheorghi Guzun, San Jose State University; Guadalupe Canahuate, The University of Iowa.
  Distributed query-aware quantization for high-dimensional similarity searches.
• [22] Brian Hentschel, Harvard University; Peter Haas, University of Massachusetts Amherst.; Yuanyuan Tian, IBM Almaden Research Center.
  (Best Paper) Temporally-Biased Sampling for Online Model Management.
• [23] Anupam Sanghi, Indian Institute of Science; Raghav Sood, Indian Institute of Science; Jayant Haritsa, Indian Institute of Science; Srikanta Tirthapura, Iowa State Univ.
  Scalable and Dynamic Regeneration of Big Data Volumes.

• [24] Rachel Behar, The Hebrew University of Jerusalem; Sara Cohen, The Hebrew University of Jerusalem.
  Finding All Maximal Connected s-Cliques in Social Networks.
• [25] Quentin Grossetti, CNAM; Camelia Constantin, University Pierre et Marie Curie; Cedric du Mouza, CNAM; Nicolas Travers, CNAM.
  An Homophily-based Approach for Fast Post Recommendation in Microblogging Systems.
• [26] Andreas Züfle, George Mason University; Matthias Renz, George Mason Univ; Tobias Emrich, LMU Munich; Maximilian Franzke, LMU Munich
  Pattern Search in Temporal Social Networks.

• [27] Alberto Cordioli, Prometeia; Themis Palpanas, Paris Descartes University.
  An Automated System for Internet Pharmacy Verification.
• [28] Manish Kesarwani, IBM Research Lab; Akshar Kaul, IBM Research Lab; Prasad Naldurg, IBM Research Lab; Gagandeep Singh, IBM Research Lab; Sameep Mehta, IBM Research; Sikhar Patranabis, Indian Institute of Technology, Kharagpur; Debdeep Mukhopadhyay, Indian Institute of Technology, Kharagpur.
  Efficient Secure k-Nearest Neighbours over Encrypted Data.
• [29] George Vouros, UNIPI, Greece; Akrivi Vlachou, University of Piraeus; Giorgos Santipantakis, UNIPI; Christos Doulkeridis, University of Pireaus; Nikos Pelekis, University of Piraeus; Harris Georgiou, University of Piraeus; Yannis Theodoridis, University of Piraeus; Kostas Patroumpas, University of Piraeus; Elias Alevizos, NCSR'D; Alexander Artikis, NCSR'D; Christophe Claramunt, Ecole Navale; Cyril Ray, Ecole Navale; David Scarlatti, Boeing Research & Technology Europe; Georg Fuchs, Fraunhofer, DE; Gennady Andrienko, Fraunhofer, DE; Natalia Andrienko, Fraunhofer, DE; Michael Mock, Fraunhofer, DE; Elena Camossi, CMRE; Anne-Laure Jousselme, CMRE; Jose Manuel Cordero Garcia, CRIDA.
  Big Data Analytics for Time Critical Mobility Forecasting: Recent Progress and Research Challenges.

• [30] Wai Kit Wong, Hang Seng Management College; Kwok Wai Wong, Hang Seng Management College; Ho-Yin Yue, Hang Seng Management College.
  Optimizing Selection Processing for Encrypted Database using Past Result Knowledge Base.
• [31] James Wagner, DePaul University; Alexander Rasin, DePaul University; Tanu Malik, DePaul University; Karen Heart, DePaul University; Jacob Furst, DePaul University; Jonathan Grier, Grier Forensics.
  Detecting Database File Tampering through Page Carving.
• [33] Yuncheng Wu, Renmin University of China; Ke Wang, SFU; Zhilin Zhang, Simon Fraser University; weipeng lin, Simon Fraser University; Hong Chen, "" Renmin University, China""; Cuiping Li, Renmin University of China.
  Privacy Preserving Group Nearest Neighbor Search.

• [33] Lucas Braun, Oracle Labs; Renato Marroquin, ETH Zurich; Kai-En Tsay, ETH Zurich; Donald Kossmann, ETH Zurich/ Microsoft Research.
  MTBase : Optimizing Cross-Tenant Database Queries.
• [34] Dimitrios Karapiperis, Hellenic Open University; Aris Gkoulalas-Divanis, IBM Resarch, Cambridge, MA, US; Vassilios S. Verykios, Hellenic Open University.
  Summarization Algorithms for Record Linkage.
• [35] Han Li, UW-Madison; Pradap Konda, UW-Madison; Paul Suganthan G C, University of Wisconsin-Madison; Anhai Doan, Univ. of Wisconsin; Benjamin Snyder, Amazon; Youngchoon Park, Johnson Controls; Ganesh Krishnan, @WalmartLabs; Rohit Deep, @WalmartLabs; Vijay Raghavendra, @WalmartLabs.
  MatchCatcher: A Debugger for Blocking in Entity Matching.

• [15] Christoph Berkholz, Jens Keppeler and Nicole Schweikardt.
  Answering UCQs under updates and in the presence of integrity constraints.
• [16] Antoine Amarilli, Pierre Bourhis and Stefan Mengel.
  Enumeration on Trees under Relabelings.
• [17] Nofar Carmeli and Markus Kröll.
  Enumeration Complexity of Conjunctive Queries with Functional Dependencies.

• [36] Giulia Preti, University of Trento; Matteo Lissandrini, University of Trento; Davide Mottin, HPI; Yannis Velegrakis, University of Trento.
  Beyond Frequencies: Graph Pattern Mining in Multi-weighted Graphs.
• [37] Daoyuan Li, University of Luxembourg; Jessica Lin, George Mason University; Tegawendé Bissyandé, University of Luxembourg; Jacques Klein, University of Luxembourg; Yves Le Traon, University of Luxembourg.
  Extracting Statistical Graph Features for Accurate and Efficient Time Series Classification.
• [38] Demjan Grubic, ETH Zurich; Leo Tam, NVIDIA; Dan Alistarh, ETH Zurich; Ce Zhang, ETH,Experiments and analysis (E&A).
  Synchronous Multi-GPU Training for Deep Learning with Low-Precision Communications: An Empirical Study.

• [39] Yuya Sasaki, Osaka University; Yoshiharu Ishikawa, Nagoya University; Yasuhiro Fujiwara, NTT Software Innovation Center; Makoto Onizuka, Osaka University.
  Sequenced Route Query with Semantic Hierarchy.
• [40] Mirjana Pavlovic, EPFL; Darius Sidlauskas, EPFL; Thomas Heinis, Imperial College; Anastasia Ailamaki, EPFL.
  QUASII: QUery-Aware Spatial Incremental Index.
• [41] Jie Song, University of Michigan; Danai Koutra, U Michigan; Murali Mani, University of Michigan, Flint; H. Jagadish, University of Michigan
  (Runner Up for Best Paper) GeoAlign: Interpolating Aggregates over Unaligned Partitions.

• [42] Mohammad Sadoghi, University of California, Davis; Souvik Bhattacherjee, University of Maryland, College Park; Bishwaranja Bhattacharjee, IBM Research; Mustafa Canim, IBM Research.
  L-Store: A Real-time OLTP and OLAP System.
• [43] Christina Pavlopoulou, University of California, Riverside; E. Preston Carman Jr, University of California, Riverside; Till Westmann, Couchbase; Michael Carey, University of California, Irvine; Vassilis Tsotras, UCR.
  A Parallel and Scalable Processor for JSON Data.
• [44] Nikos Tsikoudis, Brandeis University; Liuba Shrira, Brandeis University.
  RQL: Retrospective Computations over Snapshot Sets.

• [1] Gonzalo Diaz, University of Oxford; Achille Fokoue, IBM T.J. Watson Research Center; Mohammad Sadoghi, University of California, Davis.
  EmbedS: Scalable, Ontology-aware Graph Embeddings.
• [2] Son Mai, Aarhus University; Sihem Amer-Yahia, CNRS; Ahlame Douzal Chouakria, CNRS.
  Scalable Active Temporal Constrained Clustering.
• [3] Daniel Deutch, Tel Aviv University; Yuval Moskovitch, Tel Aviv University; Itay Polak, Tel Aviv university; Noam Rinetzky, Tel Aviv University.
  Towards Hypothetical Reasoning Using Distributed Provenance.
• [4] Khalid Belhajjame, Paris-Dauphine University.
  On Answering Why-Not Queries Against Scientific Workflow Provenance.
• [5] Davide Mottin, HPI; Bastian Grasnick, Hasso Plattner Institute; Axel Kroschk, Hasso Plattner Institute; Patrick Siegler, Hasso Plattner Institute; Emmanuel Müller, Hasso Plattner Institute.
  Notable Characteristics Search through Knowledge Graphs.
• [6] Matteo Cossu, University of Freiburg; Michael Färber, University of Freiburg; Georg Lausen, University of Freiburg.
  PRoST: Distributed Execution of SPARQL Queries Using Mixed Partitioning Strategies.
• [7] Nikolay Yakovets, Eindhoven University of Technology; Li Wang, TU Eindhoven; George Fletcher, TU Eindhoven; Craig Taverner, Neo4j; Alexandra Poulovassilis, Birkbeck, University of London.
  Histogram Domain Ordering for Path Selectivity Estimation.
• [8] Alireza Pourali, Ryerson University; Fattane Zarrinkalam, Ryerson University; Ebrahim Bagheri, Ryerson University.
  Point-of-Interest Recommendation Using Heterogeneous Link Prediction.
• [9] Diana Popova, University of Victoria; Akshay Khot, University of Victoria; Alex Thomo, University of Victoria.
  Data Structures for Efficient Computation of Influence Maximization and Influence Estimation.
• [10] Sebastian Schmoll, Ludwig Maximilians University Munich; Matthias Schubert, Ludwig-Maximilians-Universität München.
  Dynamic Resource Routing using Real-Time Information.
• [11] Xuedi Qin, thu; Yuyu Luo, University of Electronic Science and Technology of China; Nan Tang, QCRI; Guoliang Li, Tsinghua University.
  DeepEye: Visualizing Your Data by Keyword Search.
• [12] Hoang Tam Vo, IBM Research - Australia; Ashish Kundu, IBM Research; Mukesh Mohania, IBM Research.
  Research Directions in Blockchain Data Management and Analytics -- A Visionary Paper.

• [D1] Verena Kantere, National Technical University of Athens; Maxim Filatov, University of Geneva; Vasiliki Kantere, University of Geneva.
  Recalibration of Analytics Workflows.
• [D2] Wei Lee, National Cheng Kung University; Chien-Wei Chang, NCKU; Po-An Yang, National Cheng Kung University; Chi-Hsuan Huang, National Cheng Kung University; Ming-Kuang Wu, Slice Technologies Inc.; Chu-Cheng Hsieh, Slice Technologies Inc.; Kun-Ta Chuang, National Cheng Kung University.
  Effective Quality Assurance for Data Labels through Crowdsourcing and Domain Expert Collaboration.
• [D3] Gabriel Campero Durand, University of Magdeburg; Anusha Janardhana, University of Magdeburg; Marcus Pinnecke, University of Magdeburg; Yusra Shakeel, University of Magdeburg; Jacob Krüger, University of Magdeburg; Thomas Leich, Harz University and METOP GmbH; Gunter Saake, University of Magdeburg.
  Exploring Large Scholarly Networks with Hermes.
• [D4] InA Kim, Chungnam National University; Kyong-Ha Lee, KISTI; Kyuchul Lee, Chungnam National University.
  SAMUEL: A Sharing-based Approach to processing Multiple SPARQL Queries with MapReduce.
• [D5] Fragkiskos Gryllakis, University of Piraeus; Nikos Pelekis, University of Piraeus; Christos Doulkeridis, University of Pireaus; Stylianos Sideridis, University of Piraeus; Yannis Theodoridis, University of Piraeus.
  Spatio-Temporal-Keyword Pattern Queries over Semantic Trajectories with Hermes@Neo4j.
• [D6] Sergi Nadal, Universitat Politècnica de Catalunya; Alberto Abelló, Universitat Politècnica de Catalunya; Oscar Romero, Universitat Politècnica de Catalunya, Spain; Stijn Vansummeren, Université Libre de Bruxelles; Panos Vassiliadis, University of Ioannina.
  MDM: Governing Evolution in Big Data Ecosystems.
• [D7] Houssem BEN LAHMAR, IPVS, University of Stuttgart; Melanie Herschel, Universität Stuttgart; Michael Blumenschein, University of Konstanz; Daniel Keim, Uni. Konstanz.
  Provenance-Based Visual Data Exploration with EVLIN.
• [D8] Zheng Zheng, McMaster University; Morteza Alipour, McMaster University; Zhi Qu, McMaster; Ian Currie, McMaster University; Fei Chiang, McMaster University, Canada; Lukasz Golab, University of Waterloo; Jaroslaw Szlichta, University of Ontario Institute of Technology.
  FastOFD: Contextual Data Cleaning with Ontology Functional Dependencies.

ICDT Poster Session 1

• Posters of ICDT full papers presented during the following sessions:
• [13-14] ICDT 1: Graph & Document Databases
• [15-17] ICDT 2: Matrix Data Analysis
• [18-20] ICDT 3: Parallel Query Evaluation

EDBT Poster Session 1

• Posters of EDBT full papers presented during the following sessions:
• [21-23] EDBT Research 01: Big Data Processing
• [24-26] EDBT Research 02: Social Networks
• [27-29] EDBT Industrial and Applications 03i: Application Areas
• [30-32] EDBT Research 04: Privacy and Security
• [33-35] EDBT Research 05: Data Integration
• [36-38] EDBT Research 06: Data Mining
• [39-41] EDBT Research 07: Spatial Data Processing
• [42-44] EDBT Industrial and Applications 08i: High Performance Query Processing

Announcements and Awards (Test of Time, Best Paper), Test of Time Speeches

• [18] Pablo Barcelo, Miguel Romero and Thomas Zeume.
  A More General Theory of Static Approximations for Conjunctive Queries.
• [19] Ahmet Kara and Dan Olteanu.
  Covers of Query Results.
• [20] Antoine Amarilli, Mikael Monet and Pierre Senellart.
  Connecting Width and Structure in Knowledge Compilation.

• [21] Michael Vollmer, Karlsruhe Institute of Technology; Ignaz Rutter, Eindhoven University of Technology; Klemens Böhm, Karlsruhe Institute of Technology (KIT).
  On Complexity and Efficiency of Mutual Information Estimation on Static and Dynamic Data.
• [22] Michael Körber, University of Marburg; Nikolaus Glombiewski, University of Marburg; Bernhard Seeger, University of Marburg.
  TPStream: Low-Latency Temporal Pattern Matching on Event Streams.
• [23] Anatoli Shein, University of Pittsburgh; Panos Chrysanthis, University of Pittsburgh; Alexandros Labrinidis, University of Pittsburgh.
  SlickDeque: High Throughput and Low Latency Incremental Sliding-Window Aggregation.

• [24] Yang Wu, The Chinese University of Hong Kong; Cheng Long, Queen's University Belfast; Ada Fu, Chinese University of Hong Kong; Zitong Chen, Chinese University of Hong Kong.
  Counting Edges with Target Labels in Online Social Networks via Random Walk.
• [25] Tova Milo, Tel Aviv University; Slava Novgorodov, Tel Aviv University; Wang-Chiew Tan, Recruit Institute of Technology.
  Interactive Rule Refinement for Fraud Detection.
• [26] Xiaodong Li, HKU; Reynold Cheng, ""The University of Hong Kong, China""; Yixiang Fang, The University of Hong Kong; Jiafeng Hu, University of Hong Kong; Silviu Maniu, Universite Paris-Sud.
  Scalable Evaluation of k-NN Queries on Large Uncertain Graphs.

• Research Challenge 1:
  Amr El Abbadi, University of California, Santa Barbara.
  Data Privacy in the Cloud: Challenges and Opportunities.
• Research Challenge 2:
  Georgia Koutrika, Athena Research Center.
  Databases & People: Time to Move on From Baby Talk.
• Research Challenge 3:
  Peter Haas, University of Massachusetts, Amherst.
  Some Challenges in Approximate Query Processing.

• [27] Ana Sima, ZHAW; Kurt Stockinger, Zurich University of Applied Sciences; Katrin Affolter, Zurich University of Applied Sciences; Martin Braschler, ZHAW; Peter Monte, Sitasys; Lukas Kaiser, Sitasys.
  A Hybrid Approach for Alarm Verification using Stream Processing, Machine Learning and Text Analytics.
• [28] Badre Belabbess, Atos & East Paris University; Musab Bairat, ATOS; Jeeremy Lhez, East Paris University; Zakaria Khattabi, ATOS INNOVATION LAB; Yufan Zheng, ATOS INNOVATION LAB; Olivier CURE, UPEM.
  Scouter: A Stream Processing Web Analyzer to Contextualize Singularities.
• [29] Rohan Khade, George Mason University; Jessica Lin, George Mason University; Nital Patel, Intel Corporation.
  Finding Contrast Patterns for Mixed Streaming Data.

• [30] Dimitra Papadimitriou, University of Trento; Yannis Velegrakis, University of Trento; Georgia Koutrika, Hewlett Packard Labs.
  Modeling and Exploiting Goal and Action Associations for Recommendations.
• [31] Abdallah Arioua, Univ. of Lyon; Angela Bonifati, Univ. of Lyo.
  User-guided Repairing of Inconsistent Knowledge Bases.
• [32] Xingcan Cui, Shandong University; Xiaohui Yu, York University; Xiaofang Zhou, University of Queensland; Jiong Guo, Shandong University.
  ID Repair for Trajectories with Transition Graphs.

• [33] Afroza Sultana, University of Texas at Arlington; Chengkai Li, University of Texas at Arlington.
  Continuous Monitoring of Pareto Frontiers on Partially Ordered Attributes for Many Users.
• [34] Julia Stoyanovich, Drexel; Ke Yang, Drexel; H. Jagadish, University of Michigan.
  Online Set Selection with Fairness and Diversity Constraints.
• [35] Michael Mattig, University of Marburg; Thomas Fober, University of Marburg; Christian Beilschmidt, University of Marburg; Bernhard Seeger, University of Marburg.
  Kernel-Based Cardinality Estimation on Metric Data.

• [1] Faisal Nawab, UC Santa Barbara; Divy Agrawal, University of California, Santa Barbara; Amr El Abbadi, UCSB.
  Nomadic Datacenters at the Network Edge: Data Management Challenges for the Cloud with Mobile Infrastructure.
• [2] Nikolaus Augsten, University of Salzburg.
  A Roadmap towards Declarative Similarity Queries.
• [3] Anastasios Zouzias, Swiss Re; Michail Vlachos, IBM.
  Very-Low Random Projection Maps.
• [4] Syed Gillani, INSA Lyon; Abderrahmen Kammoun, Laboratory Hubert Curien; Julien Subercaze, Télécom Saint-Etienne.
  All that Incremental is not Efficient: Towards Recomputation Based Complex Event Processing for Expensive Queries.
• [5] Philipp Marian Grulich, Technische Universität Berlin; Rene Saitenmacher, Techniche Universität Berlin; Jonas Traub, Technische Universität Berlin; Sebastian Breß, DFKI GmbH; Tilmann Rabl, Technische Universität Berlin; Volker Markl, Techniche Universität Berlin.
  Scalable Detection of Concept Drifts on Data Streams with Parallel Adaptive Windowing.
• [6] Tobias Vincon, Reutlingen University; Sergej Hardock, TU Darmstadt; Christian Riegger, Reutlingen University; Julian Oppermann, TU Darmstadt; Andreas Koch, TU Darmstadt; Ilia Petrov, Reutlingen University.
  NoFTL-KV: TacklingWrite-Amplification on KV-Stores with Native Storage Management.
• [7] Tobias Behrens, DFKI GmbH; Viktor Rosenfeld, DFKI GmbH; Jonas Traub, Technische Universität Berlin; Sebastian Breß, DFKI GmbH; Volker Markl, Techniche Universität Berlin.
  Efficient SIMD Vectorization for Hashing in OpenCL.
• [8] Mark Raasveldt, CWI; Pedro Holanda, CWI; Hannes Mühleisen, CWI; Stefan Manegold, CWI Amsterdam.
  Deep Integration of Machine Learning Into Column Stores.
• [9] Panagiotis Bouros, Johannes Gutenberg University Mainz; Nikos Mamoulis, University of Ioannina.
  Interval Count Semi-Joins.
• [10] Jeremy Chen, University of Waterloo; Reza Sherkat, SAP SE; Mihnea ANDREI, SAP SE; Heiko Gerwens, SAP SE.
  Global Range Encoding for Efficient Partition Elimination.
• [11] Elvis Teixeira, LSBD/UFC; Paulo Amora, LSBD; Javam Machado, LSBD/UFC.
  MetisIDX - From Adaptive to Predictive Data Indexing.

• [D1] Soyee Choi, SungKyunKwan University; hyunwoo park, SungKyunKwan University; Sang Won Lee, Sungkyunkwan University, Korea.
  Don’t write all data pages in one stream.
• [D2] Oren Mishali, Technion; Tal Yahav, Technion; Oren Kalinsky, Technion; Benny Kimelfeld, Technion.
  eLinda: Explorer for Linked Data.
• [D3] Giorgos Santipantakis, UNIPI; Apostolos Glenis, UNIPI; Nikolaos Kalaitzian, University of Piraeus; Akrivi Vlachou, University of Piraeus; Christos Doulkeridis, University of Pireaus; George Vouros, UNIPI, Greece.
  FAIMUSS: Flexible Data Transformation to RDF from Multiple Streaming Sources.
• [D4] Bin Zhao, Nanjing Normal University.
  GEDetector: Early Detection of Gathering Events Based on Cluster Containment Join in Trajectory Streams.
• [D5] Paul Tran-Van, Cozy Cloud; Nicolas Anciaux, INRIA; Philippe Pucheral, UVSQ.
  Reconciling Privacy and Data Sharing in a Smart and Connected Surrounding.
• [D6] M. Ali Rostami, University of Leipzig; Alieh Saeedi, University of Leipzig; Eric Peukert, University of Leipzig; Erhard Rahm, University of Leipzig
  Interactive Visualization of Large Similarity Graphs and Entity Resolution Clusters.
• [D7] Dirk Ahlers, NTNU; Frank Kraemer, NTNU; Anders Braten, NTNU; Xiufeng Liu, Technical University of Denmark; Fredrik Anthonisen, AIA; Patrick Driscoll, NTNU; John Krogstie, NTNU.
  Analysis and Visualization of Urban Emission Measurements in Smart Cities.
• [D8] Victor Zakhary, UCSB; Cetin Sahin, University of California, Santa Barbara; Amr El Abbadi, UCSB; Huijia (Rachel) Lin, UCSB; Stefano Tessaro, UCSB.
  Pharos: Privacy Hazards of Replicating ORAM Stores.

ICDT Poster Session 2

• Posters of ICDT full papers presented during the following sessions:
• [12-14] ICDT 4: Logic and Dependencies
• [15-17] ICDT 6: Enumeration Complexity
• [18-20] ICDT 7: Decomposition in Query Evaluation

EDBT Poster Session 2

• Posters of EDBT full papers presented during the following sessions:
• [21-23] EDBT Research 09: Stream Processing
• [24-26] EDBT Research 10: Graph Data and Rule Refinement
• [27-29] EDBT Research 11i: Big and Streaming Data
• [30-32] EDBT Research 12: Data Quality
• [33-35] EDBT Research 13: Query Processing
• [36-38] EDBT Research 14: Similarity, Patterns and Graphs
• [39-41] EDBT Research 15: Distributed Data Processing

Best Demo Award and EDBT/ICDT Keynote Ke Yi

• [36] Mohamed Hassan, Purdue University; Tatiana Kuznetsova, Purdue University; Hyun Chai Jeong, Purdue University; Walid Aref, ""Purdue Univ., USA""; Mohammad Sadoghi, University of California, Davis.
  Extending In-Memory Relational Database Engines with Native Graph Support.
• [37] Hugo Firth, Newcastle University; Paolo Missier, Newcastle University; Jack Aiston, Newcastle University.
  Loom: Query-aware Partitioning of Online Graphs.
• [38] Taewoo Kim, UC Irvine Wenhai Li, Wuhan University; Alexander Behm, UC Irvine; Inci Cetindil, UC Irvine; Rares Vernica, UC Irvine; Vinayak Borkar, UC Irvine; Michael Carey, University of California, Irvine; Chen Li, UC Irvine.
  Supporting Similarity Queries in Apache AsterixDB.

• [39] Victor Zakhary, UCSB; Faisal Nawab, UC Santa Barbara; Divy Agrawal, University of California, Santa Barbara; Amr El Abbadi, UCSB.
  Global-Scale Placement of Transactional Data Stores.
• [40] Suyash Gupta, Purdue University; Mohammad Sadoghi, University of California, Davis.
  EasyCommit: A non-blocking two phase commit protocol.
• [41] Brad Glasbergen, University of Waterloo; Michael Abebe, University of Waterloo; Khuzaima Daudjee, University of Waterloo; Scott Foggo, University of Waterloo; Anil Pacaci, University of Waterloo.
  Apollo: Learning Query Correlations for Predictive Caching in Geo-Distributed Systems.