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TranslationMobile

貪心法

"greedy" in Chinese : adj. 1.貪吃的。 2.貪心的，貪婪的 (for; ...
"method" in Chinese : n. 1.方法，方式；順序。 2.(思想、言談上的)條理 ...
"greedy" in Chinese : adj. 1.貪吃的。 2.貪心的，貪婪的 (for; after; of) ...
"as greedy as a wolf" in Chinese : 貪婪如狼
"be greedy for money" in Chinese : 棺材里伸手-死要錢
"be greedy for sth" in Chinese : 忮求
"gluttonous; greedy" in Chinese : 貪嘴
"greedy algorithm" in Chinese : 式演算法; 貪婪算法; 貪婪演算法; 貪心法; 貪心算法; 饕餮法
"greedy algorithms" in Chinese : 第十六章貪婪算法
"greedy and mean" in Chinese : 貪猥
"greedy eyes" in Chinese : 貪婪的目光
"greedy monkey" in Chinese : 貪吃的猴子
"greedy neighbours" in Chinese : 惡鄰
"greedy scale" in Chinese : 貪食圓蚧
"inordinately greedy" in Chinese : 巴蛇吞象

Examples

Greedy method with graded row action method for system of linear equations
線性方程組分級行處理法貪心方法
According to the idea of column privoting qr method , we bring forward the greedy methods
數(shù)值試驗表明，分而治之方法比枚舉法要大大節(jié)省計算時間。
In fact , the dca program computes the slicing point with a greedy method and thus the speed of dca is not fast as expected
實際上， dca程序以一種貪婪方法計算分割點，而不能使dca程序沒有預(yù)期的快。
This paper starts with the introduction of the recent research and development on gis - based logistics distribution system at home and abroad . then the core issue in distribution process , the vehicle routing design is further studied . this project applies the greedy method to solve the vrp with step - by - step answers , which turns it into traveling salesman
文中首先介紹了國內(nèi)外基于gis物流配送系統(tǒng)的研究現(xiàn)狀,接著對配送中所需考慮的核心問題- - -配送車輛路徑規(guī)劃進行了研究,運用貪婪算法將vrp問題進行分步求解,使之成為求k條路線的tsp ,再引入改進蟻群算法來解決tsp問題。
In the solution , the 0 - 1 integer and real number mixed encoding technique was employed to describe an artificial fish ; behaviors of a fish were dispatched by its body energy status ; the following behavior was described by the greedy method where moving step is direct ratio to a fish ' s hungry degree ; the lowest survival body energy controlling technique was used to realize escaping policy from locally optimum positions ; the maximum iterating times and the changing degree of the optimum solutions during iterating were used to control the terminating time
在解算過程中，人工魚個體采用0 - 1整數(shù)和實數(shù)混合編碼方法描述；用人工魚體能累計和消耗程度來調(diào)度其行為；采用與饑餓程度成正比的移動步距的貪婪法描述個體追尾行為；采用最低生存體能控制來實現(xiàn)局部最優(yōu)解逃逸策略；采用最大迭代次數(shù)和迭代過程中最優(yōu)解平均值變化程度來控制迭代終止時機。