Kevin Beineke

15 papers B 5C 4Journal 2Unranked 3
YearRankTypeTitle / Venue / Authors
2019 C conf
Leveraging InfiniBand for Highly Concurrent Messaging in Java Applications.
ISPDC
Stefan Nothaas, Kevin Beineke, Michael Schöttner
2019 B conf
Optimized Memory Management for a Java-Based Distributed In-memory System.
CCGRID
Stefan Nothaas, Kevin Beineke, Michael Schöttner
2019 — —
Schnelle parallele Fehlererholung in verteilten In-Memory Key-Value Systemen.
Kevin Beineke
2018 J jnl
DXRAM's Fault-Tolerance Mechanisms Meet High Speed I/O Devices.
CoRR
Kevin Beineke, Stefan Nothaas, Michael Schöttner
2018 B conf
Efficient Messaging for Java Applications Running in Data Centers.
CCGrid
Kevin Beineke, Stefan Nothaas, Michael Schöttner
2018 J jnl
Ibdxnet: Leveraging InfiniBand in Highly Concurrent Java Applications.
CoRR
Stefan Nothaas, Kevin Beineke, Michael Schöttner
2017 B conf
Fast Parallel Recovery of Many Small In-Memory Objects.
ICPADS
Kevin Beineke, Stefan Nothaas, Michael Schöttner
2017 C conf
Parallelized Recovery of Hundreds of Millions Small Data Objects.
CLUSTER
Kevin Beineke, Stefan Nothaas, Michael Schöttner
2016 — conf
Distributed Multithreaded Breadth-First Search on Large Graphs Using DXGraph.
HPGDMP@SC
Stefan Nothaas, Kevin Beineke, Michael Schöttner
2016 C conf
High Throughput Log-Based Replication for Many Small In-Memory Objects.
CLUSTER
Kevin Beineke, Stefan Nothaas, Michael Schöttner
2016 B conf
High Throughput Log-Based Replication for Many Small In-Memory Objects.
ICPADS
Kevin Beineke, Stefan Nothaas, Michael Schöttner
2015 — conf
Distributed Range-Based Meta-Data Management for an In-Memory Storage.
Euro-Par Workshops
Florian Klein, Kevin Beineke, Michael Schöttner
2014 — conf
Asynchronous Logging and Fast Recovery for a Large-Scale Distributed In-Memory Storage.
GI-Jahrestagung
Kevin Beineke, Florian Klein, Michael Schöttner
2014 C conf
Memory management for billions of small objects in a distributed in-memory storage.
CLUSTER
Florian Klein, Kevin Beineke, Michael Schöttner
2012 B conf
Smart Replication for In-memory Computations.
ICPADS
Kim-Thomas Rehmann, Kevin Beineke, Michael Schöttner