With ERIS, we address these issues by proposing a. NUMA-optimized high-throughput routing layer, that is able to efficiently distribute data commands over the ...
ERIS, a NUMA-aware inmemory storage engine that is based on a data-oriented architecture that aims at tera-scale analytical workloads that are executed ...
In our work, we have developed a database system called ERIS, a NUMA-aware all-in-memory storage engine for terascale analytical workloads [8] . ERIS is ...
ERIS: A NUMA-Aware In-Memory Storage Engine for Analytical Workload. Thomas Kissinger, Tim Kiefer, Benjamin Schlegel, Dirk Habich, Daniel Molka, Wolfgang ...
Bibliographic details on ERIS: A NUMA-Aware In-Memory Storage Engine for Analytical Workload.
In this paper we present ERIS, a NUMA-aware inmemory storage engine that is based on a data-oriented architecture. In contrast to existing approaches that focus ...
ERIS is presented, the authors' NUMA-aware in-memory storage engine that uses an adaptive partitioning approach that exploits the topology of the underlying ...
Load Balancing Besides data command routing, ERIS owns a NUMA-aware load balancer component to adapt the data partitioning to a changing workload. Since ERIS ...
ERIS uses an adaptive partitioning approach that exploits the topology of the un- derlying NUMA platform and significantly reduces NUMA- related issues. We ...
Missing: Analytical | Show results with:Analytical
Our aim is to adapt the data placement across NUMA nodes to the workload at run-time. ... ERIS: A NUMA-Aware In-Memory Storage Engine for Analytical Workloads.