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简介：ThemaingoalofthisresearchistodeterminetheimportanceandprospectsofbioeconomydevelopmentinagricultureofUkraineforinternationaleconomicintegration.Actualreasonforthisresearchismilitaryoccupationofwestregionsandthemacroeconomicinstability.Availableresourcesformsupplypotentialforagrarianproduction,renewableenergy,andsustainabledevelopment.However,unemploymentoflabour,land,andcapitaldeterminetheinflationarygap,whichcouldbeclosedintwomainways:Theinnovativeeconomicgrowthinbusinessandhouseholds’sectorsinaccordancetobio-basedprinciplesandrationalgovernmentstateregulationwithfiscalandmonetarypoliciesinstruments.Theexternalandinternaleffectsofbioeconomydevelopmentintheagrarianresourcessystemaredeterminedinaccordancetostrengths,weaknesses,opportunities,andthreats(SWOT)-analysis.Europeanintegrationrequiresentrepreneurialinitiative,environmentalprotection,socialbenefitsinthesatisfactionofindividualneedsofthepopulation,modernprinciplesofcompetition,suchasmutualbeneficialcooperationandnewmarketcreationforfoodsecurityandhumanresourcesdevelopment.

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简介：Inthispaper,theunderwatervehicle,slingandthemothershipareconsideredasasinglede-greeoffreedomsystemconnectedbyaspring.Throughtheanalysisofthissystem,aphysicalmodelises-tablished,whichdescribesthemotionofthevehiclecausedbytheshipmotionandwavemotion.Furthermore,amathematicalmodelbasedonthisphysicalmodelisobtained,andanumericalsolutionprogramismade.Asanexample,apracticallaunchandrecoverysystemforanunderwaterrobotiscalcu-latedbyuseoftheprogram.andthemotiontrackoftherobotisobtained.

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简介：动态察觉基于光学传感器和变化雷达是一个新方法检测飞行帮助灯的发光紧张。光学传感器能得到每盏灯的照明信息，变化雷达得到距离信息，然后数据合并技术被用来计算每盏灯的发光紧张。修改这个动态察觉系统的错误的一个方法被介绍。它由基于光学传感器使用山峰价值察觉估计每盏灯的精确位置避免累积错误和测量搬运人的旅行错误，然后修改光的纵向距离信息和横向的位置信息。察觉和变化系统的表演被一些实验验证并且出现在图画。

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简介：Inthispaper,thesystemandsubsystemforecastmodelsforfiringaccuracyhavebeenbuiltbymeansoftheoryofGreySystemForecast.Ithasprovidedascientificforecastingmethodformicro-errorcontrolandmacro-error-controlandimprovingthefiringaccuracy.

简介：Theelectronicmailhasbecometheindispensablefunctionindailyjob,andtheserverstabilityandperformancearerequired.UsingDCEandDFSwehavebuiltthedistributedelectronicmailsever,thatis,serverssuchasSMPT,IMAParedistributedsymmetrically,andprovidstheseamlessaccess.

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简介：这篇论文学习差别方程Δx(n)=的非自治的非线性的系统(n)x(n)+f(n，x(n))，n∈Z，(*)在哪儿x(n)∈R~N，(n)=(a_(ij)(n))_(NxN)是一个NxN矩阵，与a_(ij)∈C(R，R)为i，j=1,2,3，...，N，和f=(f_1，f_2，...，f_N)~T∈C(RxR~N，R~N)，令人满意的A(t+ω)=A(t)，f(t+ω，z)=f(t，z)为任何t∈R，(t，z)∈RxR~N和ωis一个积极整数。为ω-的存在的足够的条件方程(*)的周期的答案被获得。

简介：Byreviewsoftherelatedpapersandworksabouturbangreenspacesystemplanningathomeandabroad,thepaperdefinedtheconceptandclassificationofurbangreenspacesystem,andfunctions,tasks,structureandlayoutofgreenlandsystemplanning.Inthemeantime,thepaperintroducedrelatedtheory,reviewedthedevelopmentandcurrentsituationofdomesticgreenlandsystem,andfinallyforecastedthedevelopmenttrends.

简介：Itisproposedthatdoublelevelprogrammingtechniquemaybeadoptedinsynthesisstrategy.Optimizationofheatexchangernetworkstructuralconfiguration(themasterproblem)maybesolvedattheupperlevel,leavingtherestoperatingconditions(theslaveproblem)beingoptimizedatthelowerlevel.Withtheuniquenessinmind,anHENsynthesisexpertsystemmaybeemployedtoaddressboththelogicalconstraintsandtheglobaloperationparameters′optimizationusingenhancedsequentialnumberoptimizationtheory.Casestudiesdemonstratethatthesynthesisstrategyproposedcaneffectivelysimplifyboththeproblem-solvingandthesynthesisprocess.Thevalidityofthestrategyrecommendedisevidencedbycasestudies′resultscompared.

简介：Fromthe17thtothe12thCenturyB.C.theHittiteKingdomwasoneofthemostnotablepowersintheNearEast.Itrangedoveravastgeographicalareadominatingthesurroundingcitiesandsmallerstates.ThroughoutthistimetheHittitesconsistentlydevelopedtheirpoliticalsystemtherebyascendingtothelevelofanempire.Fromsourcespertainingtothisera,itcanbeascertainedthatalreadyintheearlystages,whentheborderswerenotasextended,theHittiteKingdomadoptedthetraditionofsendingtheking'ssonsandprincestothe

简介：Basedonthecurrentstatusofnature,economyandsociety,andinthelightofinterconnectedpatternsofmaterial,energyandinformationflows,theForestEco-NetworkSysteminChina(CFENS)istobeestablishedtoharmonizesthedevelopmentofhuman,natureandsocietyinthiscountry,whichisofintegrity,multi-function,highefficiencyandoperability,andviewsthewholemainlandasanecosystemwithdifferentbigparchesconsistingofdifferenttypesofforests,grasslands,flelds,barrenhill...

简介：Accordingtothecharacteristicofthesensorinertia,thedynamicpredictiontoimprovethesystemdynamicprecisionispresentedinthispaper.Withtherecurrencecalculationoftimeconstantofthesensor,thesystemdynamicprecisionisgreatlyimproved.Theexampleusingthismethodisgiven.

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