电子设计工程
電子設計工程
전자설계공정
Electronic Design Engineering
2015年
22期
4-6,10
,共4页
储药柜%隔板类型%冗余%多项式拟合
儲藥櫃%隔闆類型%冗餘%多項式擬閤
저약거%격판류형%용여%다항식의합
medicine storing cabinet%baffle type%redundancy%polynomial fitting
针对储药柜优化设计问题,提出逐步分裂的迭代算法. 该方法是在类型最少方案的基础上,为获得大幅冗余降低率,对隔板间距类型进行逐步拆分,以减少冗余. 首先,通过Excel对数据进行统计分析,其次,利用Matlab给出分类冗余曲线拟合图,确立合理的横版和竖版间距类型,最后,根据药品日需量计算出最少需要的储药柜个数. 结果证明了该方法确立储药柜规格的合理性.
針對儲藥櫃優化設計問題,提齣逐步分裂的迭代算法. 該方法是在類型最少方案的基礎上,為穫得大幅冗餘降低率,對隔闆間距類型進行逐步拆分,以減少冗餘. 首先,通過Excel對數據進行統計分析,其次,利用Matlab給齣分類冗餘麯線擬閤圖,確立閤理的橫版和豎版間距類型,最後,根據藥品日需量計算齣最少需要的儲藥櫃箇數. 結果證明瞭該方法確立儲藥櫃規格的閤理性.
침대저약거우화설계문제,제출축보분렬적질대산법. 해방법시재류형최소방안적기출상,위획득대폭용여강저솔,대격판간거류형진행축보탁분,이감소용여. 수선,통과Excel대수거진행통계분석,기차,이용Matlab급출분류용여곡선의합도,학립합리적횡판화수판간거류형,최후,근거약품일수량계산출최소수요적저약거개수. 결과증명료해방법학립저약거규격적합이성.
A gradually splitting iterative algorithm is suggested in this article to optimizing the medicine storing cabinet design. This method, basing on the least type solution, analyses the baffle spacing type to achieve a substantial redundancy reduction rate, thus to reduce the redundancy, This is done by firstly statistically analyzing the data via Excel, and secondly providing a classified redundant curve fitting chart via matlab to establish a reasonable horizontal and vertical version of spacing type, as well as by calculating the least number of storing cabinets needed, which turns out to prove the rationality of applying this method to establish storing cabinets' specifications.
