Modularisierung leichtgewichtiger Kompressionsalgorithmen. - Juliana Hildebrandt; Dirk Habich; Patrick Damme; Wolfgang Lehner (GvD, 2015)

Model Kit for Lightweight Data Compression Algorithms. - Juliana Hildebrandt; Dirk Habich; Patrick Damme; Wolfgang Lehner (EDBT, 2016)

Model-Driven Integration of Compression Algorithms in Column-Store Database Systems. - Juliana Hildebrandt; Dirk Habich; Wolfgang Lehner (LWDA, 2016)

Compression-Aware In-Memory Query Processing: Vision, System Design and Beyond. - Juliana Hildebrandt; Dirk Habich; Patrick Damme; Wolfgang Lehner (ADMS/IMDM@VLDB, 2016)

Lightweight Data Compression Algorithms: An Experimental Survey (Experiments and Analyses). - Patrick Damme; Dirk Habich; Juliana Hildebrandt; Wolfgang Lehner (EDBT, 2017)

Insights into the Comparative Evaluation of Lightweight Data Compression Algorithms. - Patrick Damme; Dirk Habich; Juliana Hildebrandt; Wolfgang Lehner (EDBT, 2017)

Metamodeling Lightweight Data Compression Algorithms and its Application Scenarios. - Juliana Hildebrandt; Dirk Habich; Thomas Kühn 001; Patrick Damme; Wolfgang Lehner (ER Forum/Demos, 2017)

Reliable In-Memory Data Management on Unreliable Hardware. - Dirk Habich; Till Kolditz; Juliana Hildebrandt; Wolfgang Lehner (DATA, 2018)

Lower Bound-oriented Parameter Calculation for AN Coding. - Juliana Hildebrandt; Till Kolditz; Dirk Habich; Wolfgang Lehner (ISITA, 2018)

MorphStore - In-Memory Query Processing based on Morphing Compressed Intermediates LIVE. - Dirk Habich; Patrick Damme; Annett Ungethüm; Johannes Pietrzyk; Alexander Krause 001; Juliana Hildebrandt; Wolfgang Lehner (SIGMOD Conference, 2019)

From a Comprehensive Experimental Survey to a Cost-based Selection Strategy for Lightweight Integer Compression Algorithms. - Patrick Damme; Annett Ungethüm; Juliana Hildebrandt; Dirk Habich; Wolfgang Lehner (ACM Trans. Database Syst., 2019)

Integrating Lightweight Compression Capabilities into Apache Arrow. - Juliana Hildebrandt; Dirk Habich; Wolfgang Lehner (DATA, 2020)

LCTL: Lightweight Compression Template Library. - Juliana Hildebrandt; André Berthold; Dirk Habich; Wolfgang Lehner (IEEE BigData, 2021)

To use or not to use the SIMD gather instruction? - Dirk Habich; Johannes Pietrzyk; Alexander Krause 001; Juliana Hildebrandt; Wolfgang Lehner (DaMoN, 2022)

Towards A General SIMD Concurrent Approach to Accelerating Integer Compression Algorithms. - Juliana Hildebrandt; Dirk Habich; Wolfgang Lehner (EDBT, 2022)

Partition-based SIMD Processing and its Application to Columnar Database Systems. - Juliana Hildebrandt; Johannes Pietrzyk; Alexander Krause 001; Dirk Habich; Wolfgang Lehner (Datenbank-Spektrum, 2023)

BOUNCE: memory-efficient SIMD approach for lightweight integer compression. - Juliana Hildebrandt; Dirk Habich; Wolfgang Lehner (Distributed Parallel Databases, 2023)

[Vision Paper] Digital Twin System - From Frameworks to a Comprehensive System. - Juliana Hildebrandt; Dirk Habich; Wolfgang Lehner (IEEE Big Data, 2024)

Development and Evaluation of a FIWARE-based Digital Twin Prototype for Road System. - Juliana Hildebrandt; Ludwig Maximilian Leibl; Dirk Habich; Wolfgang Lehner (DiDit@DisCoTec, 2024)

Model-based Integer Compression Schemes for In-Memory Query Processing. - Juliana Hildebrandt (2024)