%0 Journal Article
%T OrbitDesignforResponsiveSpaceUsingMultiple-objectiveEvolutionaryComputation
%A FU
%A Xiaofeng
%A WU
%A Meiping
%A ZHANG
%A Jing
%J 空间科学学报
%P 238-244
%D 2012
%X Responsiveorbitshaveexhibitedadvantagesinemergenciesfortheirexcellentresponsivenessandcoveragetotargets.Generally,thereareseveralconflictingmetricstotradeintheorbitdesignforresponsivespace.Aspecialmultiple-objectivegeneticalgorithm,namelytheNondominatedSortingGeneticAlgorithmⅡ(NSGAⅡ),isusedtodesignresponsiveorbits.Thisalgorithmhasconsideredtheconflictingmetricsoforbitstoachievetheoptimalsolution,includingtheorbitalelementsandlaunchprogramsofresponsivevehicles.Low-Earthfastaccessorbitsandlow-Earthrepeatcoverageorbits,twosubtypesofresponsiveorbits,canbedesignedusingNSGAⅡundergivenmetrictradeoffs,numberofvehicles,andlaunchmode.ByselectingtheoptimalsolutionfromtheobtainedParetofronts,adesignercanprocessthemetrictradeoffsconvenientlyinorbitdesign.Recurringtotheflexibilityofthealgorithm,theNSGAⅡpromotestheresponsiveorbitdesignfurther.
%K Multiple-objectiveevolutionarycomputation
%K Non-dominatedSortingGeneticAlgorithmⅡ(NSGAⅡ)
%K Low-EarthFastAccessOrbit(FAO)
%K Low-EarthRepeatCoverageOrbit(RCO)
%K Successive-coverageconstellationforresponsivedeployment
%U http://www.cjss.ac.cn/CN/abstract/abstract1817.shtml