| Document Date: 2015-04-03 10:15:51
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Company Texas Instruments / / IndustryTerm external server / physical processor / soft real-time requirements / partitioned real-time scheduling / symmetric multi-processing support virtualization support / virtual processor / share processors / real-time support / soft real-time applications / round-robin algorithm / guest operating systems / automotive devices / 1Gbps network device / real-time investigation / real-time performance / particular processor / symmetric and asymmetric multi-processing support cases / real-time systems / / OperatingSystem Linux / Android / / Position Xen default scheduler / driver / default inter-VM scheduler / current default credit scheduler / RTDS scheduler / using RT-Xen scheduler / default credit scheduler / open source virtual machine manager / rt / partitioned scheduler / Global RT / realtime scheduler / global scheduler / Dom-D Serial Interface Driver / scheduler / partitioned RT-XEN scheduler / credit scheduler / Ethernet Frontend Credit Scheduler / / Product Linux / / ProgrammingLanguage php / / PublishedMedium The Nautilus / / Technology Ethernet / virtual machine / LAN / particular processor / separate physical processor / Linux / ARM Cortex-A15 processor / specific virtual processor / Dom / simulation / round-robin algorithm / Android / RTOS / six virtual processor / operating systems / share processors / /
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Abstract In this paper, we address the latency issue in RTXEN virtual machines that are available in Xen 4.5. Despite the advantages of applying virtualization to systems, the default credit scheduler is difficult to use