简介：Threemajorthreatstooceansecurityandcoastalzonesustainability-globalwarming,thelossofoceanbiodiversity,andpollution-arecombiningtothreatentheecologicalintegrityofourmarineenvironmentandlifesupportsystems.Weputforwardageomatics-basedsystemsengineeringarchitecturetoidentifythelocationandextentofoilspills,therebyimprovingtheecologicalintegrityoftheworld'soceansandhelpingcontingencyplannerstodeterminerequiredassets,personnelandotherresources.Thisreal-time,event-basedandcosteffectiveemergencymanagementdecisionsupportsystemcanaidintheclassification,detection,andmonitoringofoilspillsinthemarineenvironment.ThedevelopedSynthetic-ApertureRadar(SAR)processingandcalibrationtechniquesefficientlymonitorenvironmentalchangesininaccessibleoceanregions,characterizeoilspillscenarios,andhelptoidentifyspillsources.ThesystemisusedtoimproveemergencymanagementintheGulfofMexico,withapplicationtooilspillsarisingfromHurricaneKatrina.

简介：烃未来的地区是在被估计生产油的一座水库的某个层。地质学家使用质的分析方法发现前景层。研究使用了三个模糊会员函数和模糊逻辑的八条规则建模的五个变量。规则在工作系统引起感觉迟钝。这研究被用36条规则为每输入变量建模进不同模型因此进行。它试图决定烃的存在通过在用有Mamdani的模糊推理系统的一座水库的质的分析的未来的地区方法。数据在水库X从井日志数据被拿。在做这研究有一些步骤，包括fuzzification，推理系统，和defuzzification。结果与97.7%精确性在水库X从3000层显示出99前景层。