Monte-Carlo Simulation on AM57x Using OpenCL …
1TIDUAR9 September2015SubmitDocumentationFeedback Copyright 2015,TexasInstrumentsIncorporatedMonte-C arloSimulationonAM57xUsingOpenCLtoLevera geDSPAccelerationTI DesignsMonte-CarloSimulationon AM57xUsingOpenCLtoLeverageDSPAcceleratio nARM,Cortexare registeredtrademarksof a trademarkof a registeredtrademarkof othertrademarksare the propertyof DesignsTI Designsprovidethe foundationthat you needincludingmethodology,testingand designfiles toquicklyevaluateand customizethe Designshelpyouaccelerateyourtime to E2E ExpertsWEBENCH CalculatorToolsDesignFeatures EnablesUse of the DSPAcceleratorsWithoutRequiringthe Userto HaveExpertKnowledgeofDSP Providesan Exampleof the monte -CarloAlgorithmto GenerateGaussianRandomSequencesThatRun Fasteron the C66xDSPThanon The ARM Cortex -A15Core Offersa CompleteSystemReferenceDesignWithExample SoftwareImplementedand TestedUsingthe TI ProcessorSDKand the TI AM57xEVM IncludesSoftwareSource,Schematics,Bill ofMaterials,and DesignFiles Applicableto Any ApplicationThatUsesthe BusinessStrategy RadioChannelSimulation PersonalFinance TrafficLoad(RoadCongestion,NetworkCapaci ty,and More)An IMPORTANTNOTICEat the end of this TI referencedesignaddressesauthorizeduse, intellectualpropertymattersand otherimportantdisclaimersand September2015SubmitDocumentationFeedback Copyright 2015,TexasInstrumentsIncorporatedMonte-C arloSimulationonAM57xUsingOpenCLtoLevera geDSPAcceleration1DesignSummaryThis TI Designis an exampleof how to
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