支持过程级硬件透明编程的可重构片上系统研究的任务书Title:ResearchonReconfigurableOn-ChipSystemsSupportingprocess-levelHardware-transparentProgrammingBackground:Withtherapiddevelopmentofsemiconductortechnology,thecomplexityanddiversityofsystemsareincreasing.Addingtothecomplexityisthegrowingdemandforenergy-efficient,high-performance,andflexiblesystemsthatcanbereconfiguredontheflyaccordingtovaryingapplicationrequirements.Therefore,inordertomeetthechallengingrequirementsofmodernsystems,researchershavegraduallyfocusedonthedevelopmentofreconfigurableon-chipsystems.Objectives:Theprimaryobjectiveofthisresearchistoinvestigateanddevelopareconfigurableon-chipsystemthatsupportsprocess-levelhardware-transparentprogramming.Thespecificobjectivesare:1.Todesignandimplementahardwareplatformthatintegratesprocessors,accelerators,andreconfigurablelogicunits.2.Todevelopasystem-levelprogrammingmodelthatsupportsprocess-levelhardware-transparentprogramming.3.Toinvestigateanddeveloptechniquestooptimizepowerconsumption,performance,anddesignreuseinthereconfigurableon-chipsystem.4.Tovalidatetheeffectivenessandefficiencyoftheproposedreconfigurableon-chipsystemthroughsimulationandimplementation.5.Tocomparetheproposedsystemwithexistingreconfigurableon-chipsystemsintermsofperformance,powerconsumption,anddesignflexibility.Methodology:Thisresearchwillbecarriedoutinthefollowingsteps:1.Literaturereview:Togainabetterunderstandingofthestate-of-the-artinreconfigurableon-chipsystemsandprocess-levelprogrammingmodels.2.Systemdesign:Todesignahardwareplatformthatintegratesprocessors,accelerators,andreconfigurablelogicunits.3.Programmingmodeldevelopment:Todevelopasystem-levelprogrammingmodelthatsupportsprocess-levelhardware-transparentprogramming.4.Optimizationtechniquesdevelopment:Toinvestigateanddeveloptechniquestooptimizepowerconsumption,performance,anddesignreuseinthereconfigurableon-chipsystem.5.Simulationandimplementation:Tovalidatetheeffectivenessandefficiencyoftheproposedreconfigurableon-chipsystemthroughsimulat