Using Anytime Algorithms in Intelligent Systems 在智能系统中使用的Anytime算法

《Using Anytime Algorithms in Intelligent Systems 在智能系统中使用的Anytime算法》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、《计算机专业英语》课程论文论文题目UsingAnytimeAlgorithmsinIntelligentSystems学生姓名（学号）所在学院所在班级指导教师提交时间2013年11月2日成绩目录目录1.THEINTRODUCTIONOFAUTHOR(作者)12Summary（摘要）13．ANYTIMEALGORITHMS13.1DesiredPropertiesofAnytimeAlgorithms13.1.1PerformanceProfiles13.1.2InterruptibleandContractAlg

2、orithms13.1.3ProgrammingTools14COMPOSITIONOFANYTIMEALGORITHMS14.1Compilation14.1.1TheComplexityofCompilation14.2LocalCompilation24.2.1ApproximateCompilationTechniques24.3Run-TimeMonitoring24.3.1TheFixed-ContractApproach24.3.2TheMarginalValueofComputation24.3.

3、3MonitoringPolicies25CONCLUSION25.1Acknowledgments25.2Note25.3References25.4Keywords2目录AIMagazineVolume17Number3page73to83UsingAnytimeAlgorithmsinIntelligentSystems在智能系统中使用的Anytime算法ShlomoZilberstein1.Author(作者)ShlomoZilbersteinisanassistantprofessorofcompute

4、rscienceattheUniversityofMassachusettsatAmherst.HereceivedhisB.A.incomputersciencesummacumlaudefromtheTechnion,IsraelInstituteofTechnology,andhisPh.D.incomputersciencefromtheUniversityofCaliforniaatBerkeley.Zilberstein’sresearchinterestsincluderesource-bounde

5、dreasoning,autonomousagentarchitectures,real-timeproblemsolving,andreasoningunderuncertainty.ShlomoZilbersteinis是在阿默斯特马萨诸塞大学计算机科学系的助理教授。他接受了他的文学士在计算机科学中最优等生从以色列Technion理工学院，获得博士学位从加州大学伯克利分校的计算机科学。Zilberstein的研究兴趣包括资源界的推理，自主代理架构，实时解决问题，不确定性推理。2.Preface(前言)Anyt

6、imealgorithmsgiveintelligentsystemsthecapabilitytotradedeliberationtimeforqualityofresults.Thiscapabilityisessentialforsuccessfuloperationindomainssuchassignalinterpretation,real-timediagnosisandrepair,andmobilerobotcontrol.Whatcharacterizesthesedomainsisthat

7、itisnotfeasible(computationally)ordesirable(economically)tocomputetheoptimalanswer.Thisarticlesurveysthemaincontrolproblemsthatarisewhenasystemiscomposedofseveralanytimealgorithms.Theseproblemsrelatetooptimalmanagementofuncertaintyandprecision.Afterabriefintr

8、oductiontoanytimecomputation,Ioutlineawiderangeofexistingsolutionstothemetalevelcontrolproblemanddescribecurrentworkthatisaimedatincreasingtheapplicabilityofanytimecomputation.Anytime算法给智