breadth-first造句
例句與造句
- Breadth - first search
廣度優(yōu)先搜尋 - The breadth - first service model development helps to identify right service candidates and reuse capabilities
寬度優(yōu)先的服務模型開發(fā)有助于識別正確的服務候選者和重用能力。 - Instead of trying to predict the future trends from the beginning , take a breadth - first approach and get the basics right
不是從一開始就嘗試預測將來的趨勢，而是采用寬度優(yōu)先的方法并保證基本要素正確。 - The problem with sequential development for example , waterfall is that it forces designers to take a depth - first rather than a breadth - first approach
順序開發(fā)（例如瀑布開發(fā)模式）的問題是，它強制設計人員采用深度優(yōu)先而非廣度優(yōu)先方法。 - The right way to learn math is breadth - first , not depth - first . you need to survey the space , learn the names of things , figure out what ' s what
正確學習數學的方法是廣度優(yōu)先,而非深度優(yōu)先.你需要生存在空間里,學習事物的名字,區(qū)分出什么是什么 - It's difficult to find breadth-first in a sentence. 用breadth-first造句挺難的
- The right way to learn math is breadth - first , not depth - first . you need to survey the space , learn the names of things , figure out what ' s what
正確學習數學的方法是廣度優(yōu)先,而非深度優(yōu)先.你要考察的是整個數學世界,學習每個概念的名字,區(qū)分出什么是什么 - The algorithm is based on the breadth - first search and optimized by ant algorithm . ants system is an artificial system based on the behavior of real ant colonies , which is often used to solve combinatorial problems , such as traveling salesman problem ( tsp ) . in ant colony system ( acs ) , a set of cooperating agents called ants cooperate to find good solutions to tsp
本算法基于寬度優(yōu)先并用螞蟻算法優(yōu)化，螞蟻算法是一種基于真實蟻群的人工智能系統(tǒng)，常用于解決組合優(yōu)化問題，如旅行商問題( tsp ) ，在螞蟻算法中一組螞蟻團結合作，尋找tsp問題的最優(yōu)解。 - Followed by the rapid extension of data size , the usage of parallel technology is a very important method to improve the efficiency of data ming . sliq uses novel pre - sorting and breadth - first techniques to build a decision tree fast and accurately on a large data set , and can deal both categorical and numeric attributes . but the primary algorithm contains the abundant computing on attribute and record
本文首先分析了串行sliq算法的原理和特點，針對其不足提出了一些改進方法，然后在基于pvm的環(huán)境下實現(xiàn)了算法的并行化，分析了算法的時間復雜度和加速比，提高了sliq算法的效率，具有一定的理論意義和實用價值。 - The creativity of the work in the paper can be shown as the following four aspects : ( 1 ) for single subnet , the condition of simple link judgement is added into the ptda , so the algorithm is improved well ; ( 2 ) for multiple subnets , the ptda becomes more effective , benefited from use of breadth - first - search algorithm of graph , port - deletion method etc ; ( 3 ) due to suitable adoption of the three protocols stp , snmp and arp , the ptda based on spanning tree protocol can get very effective and correct ; ( 4 ) owing to the employment of ieee802 . 1 q , the ptda of vlan is all - purpose to some extent
本文的創(chuàng)新之處主要體現(xiàn)在以下四個方面:在單子網物理拓撲發(fā)現(xiàn)算法中,增加了判斷簡單連接的條件,使算法更加完善;在多子網物理拓撲發(fā)現(xiàn)算法中采用圖的廣度優(yōu)先遍歷方法、端口刪除方法等,該算法更加有效;在生成樹協(xié)議物理拓撲發(fā)現(xiàn)算法中,正確使用stp 、 snmp和arp三種協(xié)議,物理拓撲發(fā)現(xiàn)非常準確;在vlan物理拓撲發(fā)現(xiàn)算法中,正確運用了ieee802 . 1q協(xié)議,該算法具有通用性。 - An intelligent dispatcher training system for restoration of power system is studied in this paper . an object - oriented knowledge - representation method of power network topology for system restoration is proposed , which can be used effectively for system restoration ; a method for detecting the network islands after faults is used , which is based on the breadth - first searching technic
提出了一種面向對象的用于事故處理的電網結構知識表示方法；將面向對象的可視化技術應用于本系統(tǒng)，成功地開發(fā)了電力系統(tǒng)制圖模塊，在此基礎上開發(fā)了電網數據管理系統(tǒng)，實現(xiàn)了對電網圖形的編輯和數據的管理。 - A couple of techniques from soma service - oriented modeling and architecture method support the " breadth - first " approach well , namely : top - down domain decomposition , bottom - up existing system analysis , and goal - service modeling see the article , " service - oriented modeling and architecture
一些來自面向服務的建模和體系結構方法service - oriented modeling and architecture method ， soma的技術很好地支持“寬度優(yōu)先”方法，即：自頂向下top - down域分解自底向上bottom - up現(xiàn)有系統(tǒng)分析以及目標-服務建模請參閱文章“