Moritz Hoffmann's web site
This website contains all kind of information collected by Moritz, mostly related to computer science.
Quick Incremental Routing Logic for Dynamic Network Graphs, D Dimitrova, J Liagouris, M Hoffmann, V Kalavri, S Wicki, T Roscoe, Proceedings of the SIGCOMM Posters and Demos, 9-11
SnailTrail: Online Bottleneck Detection for your Dataflow R. Sager, J. Liagouris, D. Dimitrova, A. Lattuada, V. Kalavri, Z. Chothia, M. Hoffmann, T. Roscoe; Poster; EuroSys 2017
Differential durability: fault-tolerant distributed differential computation A. Lattuada, V. Kalavri, M. Hoffmann, F. McSherry; Poster; EuroSys 2017
READY: Completeness is in the Eye of the Beholder, Badrish Chandramouli, Johannes Gehrke, Jonathan Goldstein, Moritz Hoffmann, Donald Kossmann, Justin Levandoski, Renato Marroquin, Wenlei Xie, 2017, CIDR PDF
Reto Achermann (ETH Zurich); Chris Dalton, Paolo Faraboschi (Hewlett Packard Labs); Moritz Hoffmann (ETH Zurich); Dejan Milojicic, Geoffrey Ndu (Hewlett Packard Labs); Alexander Richardson (University of Cambridge); Timothy Roscoe (ETH Zurich); Adrian L. Shaw (Hewlett Packard Labs); Robert N. M. Watson (University of Cambridge): Separating Translation from Protection in Address Spaces with Dynamic Remapping
, ACM HotOS, 2017
Stefan Kaestle, Reto Achermann, Roni Haecki, Moritz Hoffmann, Sabela Ramos, Timothy Roscoe: Machine-aware atomic broadcast trees for multicores
, OSDI '16 PDF
EuroSys 2015 Doctoral Workshop: Rack-Aware Operating Systems. PDF
Anchor-free Localization in Wireless Lamp Networks using Superimposed RSSI Measurements, Alexandru Caracas, Thomas Eirich, Thorsten Kramp, Marcus Oestreicher, Moritz Hoffmann, Claudio Gargiulo, Gabor Soros, SENSORCOMM 2013 PDF
is a platform to run data center operations and monitoring. I am working on performance analysis of distributed dataflow applications and scaling mechanisms.
is a research operating system to explore multi- and many-core architectures using novel approaches from distributed systems. My research was in the field of scaling-out Barrelfish across many physical machines using low-latency interconnects.
is a Rust library to transparently convert row-based memory layouts into a columnar variant. This can yield a significant performance improvement due to better cache utilization and dense data.
See my Github profile for more projects.
Reach me using
moritz at antiguru dot de (private) or
email@example.com (ETH Zurich) or on the following web sites: