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Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures

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Bibliographic Details
Authors and Corporations: Zarubin, Mikhail, Kissinger, Thomas, Habich, Dirk, Lehner, Wolfgang
Title: Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
Type of Resource: E-Book
Language: English
published:
New York ACM 2018
Online-Ausg.. 2022
Subjects:
Nvram
Replication
In-Memory
Database
Data Strcutures
Replikation
Datenbank
Datenstrukturen
Source: Qucosa
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520 |a Non-volatile random-access memory (NVRAM) is about to hit the market and will require significant changes to the architecture of in-memory database systems. Since such hybrid DRAM-NVRAM database systems will keep the primary data solely persistent in the NVRAM, efficient replication mechanisms need to be considered to prevent data losses and to guarantee high availability in case of NVDIMM failures. In this paper, we argue for a software-based replication approach and present compute node-local mechanisms to provide the building blocks for an efficient NVRAM replication with a low latency and throughput penalty. Within our evaluation, we measured up to 10x less overhead for our optimized replication mechanisms compared to the basic replication mechanism of the Intel persistent memory development kit (PMDK). 
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700 |a Habich, Dirk 
700 |a Lehner, Wolfgang 
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contents Non-volatile random-access memory (NVRAM) is about to hit the market and will require significant changes to the architecture of in-memory database systems. Since such hybrid DRAM-NVRAM database systems will keep the primary data solely persistent in the NVRAM, efficient replication mechanisms need to be considered to prevent data losses and to guarantee high availability in case of NVDIMM failures. In this paper, we argue for a software-based replication approach and present compute node-local mechanisms to provide the building blocks for an efficient NVRAM replication with a low latency and throughput penalty. Within our evaluation, we measured up to 10x less overhead for our optimized replication mechanisms compared to the basic replication mechanism of the Intel persistent memory development kit (PMDK).
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spelling Zarubin, Mikhail, Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures, New York ACM 2018, txt, nc, Online-Ausg. 2022 Online-Ressource (Text) Technische Universität Dresden, Non-volatile random-access memory (NVRAM) is about to hit the market and will require significant changes to the architecture of in-memory database systems. Since such hybrid DRAM-NVRAM database systems will keep the primary data solely persistent in the NVRAM, efficient replication mechanisms need to be considered to prevent data losses and to guarantee high availability in case of NVDIMM failures. In this paper, we argue for a software-based replication approach and present compute node-local mechanisms to provide the building blocks for an efficient NVRAM replication with a low latency and throughput penalty. Within our evaluation, we measured up to 10x less overhead for our optimized replication mechanisms compared to the basic replication mechanism of the Intel persistent memory development kit (PMDK)., Nvram, Replication, In-Memory, Database, Data Strcutures, Replikation, Datenbank, Datenstrukturen, Konferenzschrift, Kissinger, Thomas, Habich, Dirk, Lehner, Wolfgang, text/html https://nbn-resolving.org/urn:nbn:de:bsz:14-qucosa2-798684 Online-Zugriff
spellingShingle Zarubin, Mikhail, Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures, Non-volatile random-access memory (NVRAM) is about to hit the market and will require significant changes to the architecture of in-memory database systems. Since such hybrid DRAM-NVRAM database systems will keep the primary data solely persistent in the NVRAM, efficient replication mechanisms need to be considered to prevent data losses and to guarantee high availability in case of NVDIMM failures. In this paper, we argue for a software-based replication approach and present compute node-local mechanisms to provide the building blocks for an efficient NVRAM replication with a low latency and throughput penalty. Within our evaluation, we measured up to 10x less overhead for our optimized replication mechanisms compared to the basic replication mechanism of the Intel persistent memory development kit (PMDK)., Nvram, Replication, In-Memory, Database, Data Strcutures, Replikation, Datenbank, Datenstrukturen, Konferenzschrift
title Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
title_auth Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
title_full Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
title_fullStr Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
title_full_unstemmed Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
title_short Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
title_sort efficient compute node-local replication mechanisms for nvram-centric data structures
title_unstemmed Efficient Compute Node-Local Replication Mechanisms for NVRAM-Centric Data Structures
topic Nvram, Replication, In-Memory, Database, Data Strcutures, Replikation, Datenbank, Datenstrukturen, Konferenzschrift
topic_facet Nvram, Replication, In-Memory, Database, Data Strcutures, Replikation, Datenbank, Datenstrukturen, Konferenzschrift
url https://nbn-resolving.org/urn:nbn:de:bsz:14-qucosa2-798684
urn urn:nbn:de:bsz:14-qucosa2-798684
work_keys_str_mv AT zarubinmikhail efficientcomputenodelocalreplicationmechanismsfornvramcentricdatastructures, AT kissingerthomas efficientcomputenodelocalreplicationmechanismsfornvramcentricdatastructures, AT habichdirk efficientcomputenodelocalreplicationmechanismsfornvramcentricdatastructures, AT lehnerwolfgang efficientcomputenodelocalreplicationmechanismsfornvramcentricdatastructures