一种改进的蜂群繁殖算法及在雷达正交波形设计中应用

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1、一种改进的蜂群繁殖算法以及在雷达正交波形设计中的应用一种改进的蜂群繁殖算法与在雷达正交波形设计中应用accidentoccurred,thedirectpunishment0.5-10,000yuan,responsibleforthedirectresponsibilityfortheaccidentandtheresponsibilityofleadership,suchasconcerningadministrativesanctionsshouldbedealtwithbythepersonnelD

2、epartmentofthecompany.(3)personalinjuryaccidentoccurs,thedirectpunishment500-1000,whoisdirectlyresponsiblefortheaccidentresponsibility,givenoticeofcriticismand50-100economicsanctionsagainstthem.(4)toconcealtheaccident,reportedwithoutunduedelayorfalse,toinf

3、ormtheadministrativeleadershipofthecriticism,resultinginseriousconsequences,thepursuitofleadership,alongwith500-1000punishment.(5)significantnearmissshouldbeattemptedasthecaseofresponsiblefortheaccidentandconstructionteaminjuriesaccidentpenaltyprovisions,m

4、utatismutandis.Eight,shouldperformintheconstructionstandardsandspecifications,serialnumbera1GB3323-2005steelfusionweldedbuttjoints,weldingengineering-Raylightingandqualityratingof2GB11345-89steelweldsmanualmethodsofultrasonicinspectionandtestingresultsforg

5、rade3GB50236-2002industrialpipeweldingengineeringcodeforconstructionandacceptanceoffieldequipment4HGJ222-92technicalspecificationforweldingofaluminiumanditsalloys5lowtemperaturesteelweldingprocedure6SH3525-2004petrochemicalJB/T4708-2000ofweldingprocedurequ

6、alificationforsteelpressurevessels7JB/4709-20008JB4730-2005pressurevesselweldingproceduresofsteelpressurevesselNDT9JB/T4744-2000steelpressurevesselproductsmechanicalpropertiestestofweldedplateII,mechanicalequipmentinstallationengineering1GB150-982GB50128-2

7、005verticalcylindricalsteelpressurevesselsteelweldedspecificationforconstructionand一种改进的蜂群繁殖算法以及在雷达正交波形设计中的应用目录第1章绪论21.1课题研究目的与意义21.2雷达正交波形设计研究现状31.1.1MlMO雷达的内涵31.1.2MIMO雷达的分类和特点41.1.3MIMO雷达波形设计的基本概念51.1.4MIMO雷达波形设计的研究意义61.3蜂群繁殖算法及其研究现状71.3.1蜂群繁殖算法原理71.3.2

8、HBMO算法研究现状91.4论文主要工作与框架10第2章蜂群繁殖算法的原理和描述102.1引言102.2遗传算法102.2.1遗传算法的概述102.2.2遗传算法的基本操作及流程112.3蜜蜂进化型遗传算法142.3.1蜜蜂进化型遗传算法的生物学基础142.4蜜蜂进化型遗传算法的研究现状17第3章MIMO雷达正交波形设计概述193.1正交雷达波形设计的历史与现状191.2.1MIMO雷达波形设计的研究背景191.