An energy consumption model for an embedded Java virtual machine

Sebastien Lafond; Johan Lilius

doi:10.1007/11682127_22

An energy consumption model for an embedded Java virtual machine

Sebastien Lafond, Johan Lilius

Forskningsoutput: Kapitel i bok/konferenshandling › Konferensbidrag › Vetenskaplig › Peer review

12 Citeringar (Scopus)

Sammanfattning

In this paper we establish a general framework for estimating the energy consumption of an embedded Java virtual machine (JVM). We have designed a number of experiments to find the constant overhead of the Virtual Machine and establish an energy consumption cost for individual Java Opcodes. The results show that there is a basic constant overhead for every Java program, and that a subset of Java opcodes have an almost constant energy cost. We also show that memory access is a crucial energy consumption component.

Originalspråk	Odefinierat/okänt
Titel på värdpublikation	Architecture of Computing Systems - ARCS 2006: 19th International Conference, Frankfurt/Main, Germany, March 13-16, 2006. Proceedings
Redaktörer	Werner Grass, Bernhard Sick Klaus Waldschmidt
Sidor	311–325
Antal sidor	15
DOI	https://doi.org/10.1007/11682127_22
Status	Publicerad - 2006
MoE-publikationstyp	A4 Artikel i en konferenspublikation
Evenemang	conference - Varaktighet: 1 jan. 2010 → …

Konferens

Konferens	conference
Period	01/01/10 → …

Åtkomst av dokument

10.1007/11682127_22

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An energy consumption model for an embedded Java virtual machine. / Lafond, Sebastien ; Lilius, Johan.
Architecture of Computing Systems - ARCS 2006: 19th International Conference, Frankfurt/Main, Germany, March 13-16, 2006. Proceedings. red. / Werner Grass; Bernhard Sick Klaus Waldschmidt. 2006. s. 311–325.

Forskningsoutput: Kapitel i bok/konferenshandling › Konferensbidrag › Vetenskaplig › Peer review

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AB - In this paper we establish a general framework for estimating the energy consumption of an embedded Java virtual machine (JVM). We have designed a number of experiments to find the constant overhead of the Virtual Machine and establish an energy consumption cost for individual Java Opcodes. The results show that there is a basic constant overhead for every Java program, and that a subset of Java opcodes have an almost constant energy cost. We also show that memory access is a crucial energy consumption component.

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