Laurens Versluis

Ph.D. student, Vrije Universiteit Amsterdam
Tech Lead MagnaData project

Research Focus
Scheduling complex data-driven workflows in datacenters

Contact

Publications
The AtLarge Vision on the Design of Distributed Systems and Ecosystems.
  • Alexandru Iosup,
  • Laurens Versluis,
  • Animesh Trivedi,
  • Erwin van Eyk,
  • Lucian Toader,
  • Vincent van Beek,
  • Giulia Frascaria,
  • Ahmed Musaafir,
  • Sacheendra Talluri
IEEE International Conference on Distributed Computing Systems (ICDCS 2019)
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Massivizing Computer Systems: a Vision to Understand, Design, and Engineer Computer Ecosystems through and beyond Modern Distributed Systems
  • Alexandru Iosup,
  • Alexandru Uta,
  • Laurens Versluis,
  • Georgios Andreadis,
  • Erwin van Eyk,
  • Tim Hegeman,
  • Sacheendra Talluri,
  • Vincent van Beek,
  • Lucian Toader
International Conference on Distributed Computing Systems 2018
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A Trace-Based Performance Study of Autoscaling Workloads of Workflows in Datacenters
  • Laurens Versluis,
  • Mihai Neacsu,
  • Alexandru Iosup
International Symposium on Cluster, Cloud and Grid Computing 2018
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An Analysis of Workflow Formalisms for Workflows with Complex Non-Functional Requirements
  • Laurens Versluis,
  • Erwin van Eyk,
  • Alexandru Iosup
HotCloudPerf 2018
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Serverless is More: From PaaS to Present Cloud Computing
  • Erwin van Eyk,
  • Lucian Toader,
  • Sacheendra Talluri,
  • Laurens Versluis,
  • Alexandru Uta,
  • Alexandru Iosup
IEEE Internet Computing, Sep/Oct edition, 2018
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A Reference Architecture for Datacenter Scheduling
  • Georgios Andreadis,
  • Laurens Versluis,
  • Fabian S. Mastenbroek,
  • Alexandru Iosup
International Conference for High Performance Computing, Networking, Storage and Analysis 2018 (SC18)
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The OpenDC Vision: Towards Collaborative Datacenter Simulation and Exploration for Everybody.
  • Alexandru Iosup,
  • Georgios Andreadis,
  • Vincent van Beek,
  • Matthijs Bijman,
  • Erwin van Eyk,
  • Mihai Neacsu,
  • Leon Overweel,
  • Sacheendra Talluri,
  • Laurens Versluis,
  • Maaike Visser
ISPDC 2017 (invited paper)
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