CAJ | 학술논문

基于0-1整数规划模型,根据渔船作业渔场的地理位置、避风渔港的地理位置,以浙江省现有避风渔港现状为例,依据所建立的渔船回港避风数学模型,采用LINGO 软件进行求解,并结合各等级渔港的避风能力,对避风型渔港的布局进行了优化计算。结果表明：在保证现有渔船都能回港避风的前提下,浙江省5座一级渔港需扩建成中心渔港,6座二级渔港需扩建成一级渔港。
기우0-1정수규화모형,근거어선작업어장적지리위치、피풍어항적지리위치,이절강성현유피풍어항현상위례,의거소건립적어선회항피풍수학모형,채용LINGO 연건진행구해,병결합각등급어항적피풍능력,대피풍형어항적포국진행료우화계산。결과표명：재보증현유어선도능회항피풍적전제하,절강성5좌일급어항수확건성중심어항,6좌이급어항수확건성일급어항。
The layout of a sheltering type fishing harbor was optimized by 0-1 integer programming model and es-tablished mathematical model for fishing vessels called back to harbor using LINGO software, considering all levels of fishing port shelter capacity and current sheltering fishing port status in Zhejiang Province, according to the geo-graphical locations of fishing grounds, and fishing port for fishing boat sheltering. The findings reveal that five pri-mary fishing ports in Zhejiang Province are required to be developed into center fishing ports and six secondary level fishing ports are needed to be developed into primary fishing ports to support the current fishing vessels back to the harbor for sheltering.