錯位交叉 的英文怎麼說
中文拼音 [cuòwèijiāochā]
錯位交叉
英文
stagered junction-
The purpose of this research is to develop a computer - aid system which could automatically inform the department which needs blood bags by using barcode to check whether the blood bags is for the right patient
本研究目的在研發透過醫院內部網?與電腦通知用血單位?血，使用條碼?交叉核對?血人員所?取的血袋是無誤的，避免?錯血袋的錯誤發生。Basic interoperability test is designed to check alarms on physical connections, the error rate of information delivery and the 2mbits cross - connect state when stm - 1 signals pass the transmission system. high - level interoperability test is to check the consistency of generated against readout overhead bytes, alarms and the performance monitoring as well as the synchronization, protection rotation, the interworking possibility of nm information and the o & m capability
基本互通能力測試包括：檢查物理連接是否告警，檢查信息傳送有無差錯，交換機stm - 1經過傳輸系統進行2mbits交叉連接的測試；高層次互通能力測試包括：開銷位元組產生和讀出的一致性，告警一致性，性能監視一致性，同步，保護倒換，網管信息互通的可能性及維護操作能力的測試等。In the next section of this paper we describe a non - generational ga for multiobjective optimization problems ( mop ). in it the replacement policy is such that an offspring replaces the worst one in the current population only if it is better then it
在將錯位交叉運算元應用於多目標優化問題求解時，本文提出一種基於非群體迭代型的小生境多目標優化遺傳演算法，即演算法迭代過程中不是更換種群全部或大部分個體，而是每次更新群體中最差的個體。In the same time we also use it to test the power of dc crossover. in this algorithm every element in the population a domination count is defined together with a neighborhood density measure based on a sharing function. those two parameters are then non - linear combined in order to define the individual ' s fitness
演算法通過計算種群中pareto優于某個個體的個體數目以及個體所在位置的密集度來定義適應度函數，多個算例的測試結果表明該演算法結合錯位交叉運算元具有較好的性能，能夠使演算法收斂到pareto概念下的比較均勻的一組非劣最優解。Dc has two attractive characteristics : ( 1 ) dc can make genes in a chromosome keep good diversity. dc overcomes the evil of traditional crossovers, which cause gas get into prematurity. ( 2 ) dc well reduces algorithms " generations by guiding them to search in global optimal ' s neighborhood space
通過對交叉運算元產生新個體的機理以及實際問題的特徵進行分析后，本文提出一種基於非等位基因交叉運算的錯位交叉運算元，該運算元的主要優點在於： （ 1 ）能夠使種群個體的基因值更加有效地保持多樣性，克服傳統交叉運算元下演算法易於陷入局部最優解的缺陷； （ 2 ）引導遺傳演算法在最優解鄰域內搜索，從而提高演算法的優化速度。分享友人