Software Engineering in Parallel and Distributed Scientific Computing: A Case Study from Industrial Practice. - Peter Luksch 001; Ursula Maier; Sabine Rathmayer; Matthias Weidmann; Friedemann Unger; Peter Bastian; Volker Reichenberger; Andreas Haas (PDSE, 1998)

Standardization of an API for Distributed Resource Management Systems. - Peter Tröger; Hrabri Rajic; Andreas Haas; Piotr Domagalski (CCGRID, 2007)

Standardised job submission and control in cluster and grid environments. - Peter Tröger; Hrabri Rajic; Andreas Haas; Piotr Domagalski (Int. J. Grid Util. Comput., 2009)

Information-Acquisition-as-a-Service for Cyber-Physical Cloud Computing. - Silviu S. Craciunas; Andreas Haas; Christoph M. Kirsch; Hannes Payer; Harald Röck; Andreas Rottmann; Ana Sokolova; Rainer Trummer; Joshua Love; Raja Sengupta 002 (HotCloud, 2010)

Short-term memory for self-collecting mutators. - Martin Aigner 003; Andreas Haas; Christoph M. Kirsch; Michael Lippautz; Ana Sokolova; Stephanie Stroka; Andreas Unterweger (ISMM, 2011)

How FIFO is your concurrent FIFO queue? - Andreas Haas; Christoph M. Kirsch; Michael Lippautz; Hannes Payer (RACES@SPLASH, 2012)

Distributed queues in shared memory: multicore performance and scalability through quantitative relaxation. - Andreas Haas; Michael Lippautz; Thomas A. Henzinger; Hannes Payer; Ana Sokolova; Christoph M. Kirsch; Ali Sezgin (Conf. Computing Frontiers, 2013)

Scal: A Benchmarking Suite for Concurrent Data Structures. - Andreas Haas; Thomas Hütter; Christoph M. Kirsch; Michael Lippautz; Mario Preishuber; Ana Sokolova (NETYS, 2015)

A Scalable, Correct Time-Stamped Stack. - Mike Dodds; Andreas Haas; Christoph M. Kirsch (POPL, 2015)

Local Linearizability. - Andreas Haas; Thomas A. Henzinger; Andreas Holzer; Christoph M. Kirsch; Michael Lippautz; Hannes Payer; Ali Sezgin; Ana Sokolova; Helmut Veith (CoRR, 2015)

Local Linearizability for Concurrent Container-Type Data Structures. - Andreas Haas; Thomas A. Henzinger; Andreas Holzer; Christoph M. Kirsch; Michael Lippautz; Hannes Payer; Ali Sezgin; Ana Sokolova; Helmut Veith (CONCUR, 2016)

Computing nonsimple polygons of minimum perimeter. - Sándor P. Fekete; Andreas Haas; Michael Hemmer; Michael Hoffmann 001; Irina Kostitsyna; Dominik Krupke; Florian Maurer 001; Joseph S. B. Mitchell; Arne Schmidt 001; Christiane Schmidt 001; Julian Troegel (J. Comput. Geom., 2017)

Solving Large-Scale Minimum-Weight Triangulation Instances to Provable Optimality. - Andreas Haas (SoCG, 2018)

A Comparison of Concepts for Control Transitions from Automation to Human. - Julian Ludwig; Andreas Haas; Michael Flad; Sören Hohmann (SMC, 2018)

Bringing the web up to speed with WebAssembly. - Andreas Rossberg; Ben L. Titzer; Andreas Haas; Derek L. Schuff; Dan Gohman; Luke Wagner; Alon Zakai; J. F. Bastien; Michael Holman (Commun. ACM, 2018)

Automated Data Retrieval from Large-Scale Distributed Satellite Systems. - Dominik Krupke; Volker Schaus; Andreas Haas; Michael Perk; Jonas Dippel; Benjamin Grzesik; Mohamed Khalil Ben Larbi; Enrico Stoll; Tom Haylock; Harald Konstanski; Kattia Flores Pozo; Mirue Choi; et al. (CASE, 2019)

Conception and Experimental Validation of a Model Predictive Control (MPC) for Lateral Control of a Truck-Trailer. - Mohit Kumar; Andreas Haas; Peter Strauss; Sven Kraus; Ömer Sahin Tas; Christoph Stiller (IV, 2022)

Computing Area-Optimal Simple Polygonizations. - Sándor P. Fekete; Andreas Haas; Phillip Keldenich; Michael Perk; Arne Schmidt 001 (ACM J. Exp. Algorithmics, 2022)