Evaluating the Impact of Java Virtual Machines on Energy Consumption
Zakaria Ournani, Mohammed Chakib Belgaid, Romain Rouvoy, Pierre Rust, Joël Penhoat
Abstract
Background. The Java Virtual Machine (JVM) platforms have known multiple evolutions along the last decades to enhance both the performance they exhibit and the features they offer. With regards to energy consumption, few studies have investigated the energy consumption of code and data structures. Yet, we keep missing an evaluation of the energy efficiency of existing JVM platforms and an identification of the configurations that minimize the energy consumption of software hosted on the JVM.
Topics & Concepts
JavaEnergy consumptionComputer scienceVirtual machineOperating systemIdentification (biology)SoftwareEnergy (signal processing)Code (set theory)Efficient energy useConsumption (sociology)Embedded systemProgramming languageEngineeringBiologyElectrical engineeringBotanySociologySet (abstract data type)StatisticsMathematicsSocial scienceGreen IT and SustainabilityCloud Computing and Resource ManagementAdvanced Data Storage Technologies