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APPROXIMATE OPTIMAL BIRTH CONTROL OF POTULATION SYSTEMS

APPROXIMATE OPTIMAL BIRTH CONTROL OF POTULATION SYSTEMS
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摘要 We consider optimal birth control for the McKendrick equation of population dyna-mics.It consists of optimizing a system described by a first order partial differential equationwith nonlo-cal bilinear boundary control.Approximate minimum principles are obtained usingEkeland’s vari ational principle. We consider optimal birth control for the McKendrick equation of population dyna-mics.It consists of optimizing a system described by a first order partial differential equationwith nonlo-cal bilinear boundary control.Approximate minimum principles are obtained usingEkeland's vari ational principle.
出处 《Systems Science and Mathematical Sciences》 SCIE EI CSCD 1990年第1期46-52,共7页
基金 This work was supported in part by a grant from the International Development Research Centre Ottawa,Canada
关键词 OPTIMAL birth CONTROL McKendrick equation population dynamics NONLOCAL BILINEAR boundary CONTROL APPROXIMATE minimum PRINCIPLE Ekeland’s variational PRINCIPLE Optimal birth control McKendrick equation population dynamics nonlocal bilinear boundary control approximate minimum principle Ekeland's variational principle
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