超立方體 的英文怎麼說

中文拼音 [chāolìfāngtǐ]
超立方體 英文
hypercube
  • 超 : Ⅰ動詞1 （越過; 高出） exceed; surpass; overtake 2 （在某個范圍以外; 不受限制） transcend; go beyo...
  • 立 : 動1 （站） stand; remain in an erect position 2 （使豎立; 使物件的上端向上） erect; stand; set up...
  • 方 : Ⅰ名詞1 （方形; 方體） square 2 [數學] （乘方） involution; power 3 （方向） direction 4 （方面） ...
  • 體 : 體構詞成分。
  • 立方 : 1. [數學] cube 2. [簡] （立方體） cube3. （立方米） cubic metre; stere
  1. The paper will study the upper questions based on the two interconnection networks. first, we give a fault - tolerant routing algorithm under the connectivity of the crossed cube in o ( n ) time and the length of the longest routing path ; second, with the rapid progress in vlsi, the failing probability of processors and links is very low, the traditional connectivity underestimates the resilience of large networks / here by applying the concept " conditional connectivity " introduce by harary, we show that the n - crossed cube can tolerate up to 2n - 3 ( n > 2 ) processors failure and remain connected provide that all the neighbors of each processor do not ' fail at the same time, the result is the same as the hypercube. we also give a related algorithm in o ( n ) time, and the length of the longest path ; third, we apply cluster faun tolerance introduced by q. - p

    根據menger定理， n -維交叉立方體可以容納n - 1個故障頂點，我們給出了它的時間復雜度為o （ n ）的容錯路由選擇演算法及其最長路徑長度分析；在此基礎上本文證明， n -維交叉立方體的條件連通度為2n - 2 （ n 2 ） ，並給出了相應時間復雜度為o （ n ）的演算法及其最長路徑長度；除此之外，本文還證明當n -維交叉立方體中的故障簇個數不大於n - 1 ，其直徑不大於1 ，故障頂點總數不超過2n - 3 （ n 2 ）時，交叉立方體中任兩個無故障頂點都至少有一條可靠路徑。
  2. The crossed cube is a variant of the hypercube, and it has better recursive structure, graph parameters and topological properties

    摘要交叉立方體是超立方體的一個變種，具有良好的圖參數、拓撲性質和結構遞歸性。
  3. An olap cube ( sales ) is built as an example. then it analyzes the cube by multidimensional expressions ( mdx ), some examples are presented. this paper also makes some suggestions to ameliorate the model

    而後，根據超市配送系統所涉及的工作和抉策分析的需求，設計銷售立方體的星型模型，確定立方體的維度表和事實表的結構。
  4. With the development of computer networks and computing science, paralleling computer and interconnection networks, covering mathematics 、 computing science 、 information science and so on, are becoming one of the hotspots of computer science research. all kinds of interconnection networks with different topologies, such as ring, mesh, hypercube, star topology network etc., have been received rapidly development

    隨著計算機網路技術與計算科學的發展，并行計算機及其互連網路作為一個跨數學、計算科學與信息科學等多門學科的領域，逐漸成為計算機科學研究的熱點之一，各種拓撲結構的互連網路，如環、 mesh 、超立方體、星型網路等得到迅速發展。
  5. Analysis of routings for fault in generalized hypercube

    廣義超立方體網路的容錯路由分析
  6. A new kind of fault - tolerant model, lip induced embedding model, is proposed. some conceptions, properties, merits and the algorithm on lip are given. corresponding to the algorithm, a c + + realization program is present, which can get the precise length value of lip when n equals 6 and 7

    本文即是從上述兩個方面，對超立方體網路的容錯性和路由演算法進行研究，主要研究內容如下: 1 .提出一種新的并行計算機網路容錯模型- lip導出嵌入模型，包括與lip相關的概念、性質、優點，給出了超立方體網路中求lip的演算法;針對此演算法，文中給出了其c + +實現程序，並求出了當維數n = 6 ， 7時lip長度的精確值。
  7. It has small diameter, strong expansibility, symmetrical structure and simple path searching algorithms, etc., what more, many interconnection networks with different topologies can be easily embedded in it. so it becomes one of the most important and attractive network models. in this thesis, based on the above two aspects, the fault - tolerance and routing algorithms of the hypercube are studied

    超立方體網路是多處理機系統中常見的一種互連網路，這種網路拓撲結構由於具有直徑小、可擴展性強、結構對稱、網路尋路演算法簡單等優點，且多種拓撲結構的互連網路都可以很容易的嵌入其中，因而成為最重要和最具吸引力的網路模型之一。
  8. In order to efficiently analyze the fault - tolerance of hypercube network and to propose a better fault - tolerant algorithms, the evaluation of an upper bound and a lower bound on the lip are given. a very significative conjecture on the bound of lip is obtained. besides, the

    2 .為了更好的分析超立方體網路的容錯性，提出更為優越的容錯路由演算法，文章給出了超立方體網路中lip容錯模型的上下界估計，並給出一個非常有意義的猜想，而且結合程序結果對上下界及猜想進行了驗證。
  9. Abstract ： in this paper the synthesis methods of silver nanostructure materials, such as nanocubes, triangular nanoprisms, nanorods, nanowires, nanotubes, dentrites, flake, nanodisks, nanobelts, and so on, were introduced, the methods include reducing precipitation, photoinduced conversion, irradiation reduction, electrodeposition, template, microwave - assisted, ultrasonic - assisted, hydrothermal assemble, microemulsion, and so on

    摘要：介紹了納米立方體、三角形納米稜柱、納米棒、納米線、納米管、樹枝狀、片狀、納米盤、納米帶等納米結構銀的制備方法，包括溶液還原沉澱法、光誘導轉化法、輻射還原法、電化學沉積法、模板法、微波或超聲波輔助法、水熱法、微乳液法等。
  10. Asymptotic properties of hypercubes

    超立方體的漸近性質
  11. In chapter 4 we obtain the helly number for hyperplane transversal to translates of a convex cube in r ~ ( d ). where we prove that the helly number for such families is 5 when d = 2, and is greater than or equal to d + 3 when d 3

    在第4章中我們探討了o中超平面橫截單位立方體平移形成的集族的heily數，證得碑中此heily數為5 ，在呼中此heily數z民並推廣至呼，在胸中此heily數d 3
  12. Technology of non - damage test for concrete intensity is extensively applied in project testing, as a precise and direct approach. accordingly, the test in this essay makes use of average concrete samples made up of commo - n raw material in boutou, and adopt comprehensive method of ultrasonic elasticity to test the concrete used within one year in boutou. through the regression analysis, we get the regression equation of anti - intensity of these two materials under the given conditions. according to the result, we establish the accurate curve line for comprehensive method of ultrasonic elasticity and provide practiced and non - damage testing approach and calculating method for concrete intensity test and reference for testing staff concerned

    混凝土強度無損檢測技術作為一種簡便快捷準確的測強技術在工程檢測中得到了廣泛的應用，鑒於此，本次試驗通過採用包頭地區常見原材料製成的一定批量常見齡期的不同種類（指混凝土試塊中的粗骨料、混凝土強度等級不同）普通混凝土標準試塊，採用回彈?超聲綜合法對包頭地區齡期不超過一年的現場混凝土進行了大量的試驗，並利用回歸分析，給出兩種骨料混凝土在相應測強條件下的立方體抗壓強度回歸方程，根據實驗結果建立包頭地區精度較高的混凝土回彈?超聲綜合法基準測強曲線，為實際工程的混凝土現有強度評定提供簡單易行的無損測試方法和計算方法，供有關檢測人員參考使用。
  13. A series of recent papers has aimed at giving good bounds of feedback vertex set for families of graphs broadly known as : butterflies, hypercubes, meshes, star graphs, and so on

    摘要最近諸多文章旨在討論關于反饋結點集的上下界問題，比如：蝴蝶網、超立方體、網格、星圖等等。
  14. Abstract : in order to obtain the mechanical properties of cemented soil, a series of cemented soil specimens with different cement ratios are conducted through uniaxial compression tests and ultrasonic wave tests. the link of the compressive strength of the prismatic specimens and the cubic ones is established. the relationship between the uniaxial compressive strength and the speed of ultrasonic wave of cemented soil specimens are acquired

    文摘:本文通過室內抗壓實驗及超聲波波速實驗的方法，對不同水泥摻入比下水泥土的力學性能進行了研究，獲得了水泥土材料稜柱體抗壓強度與立方體抗壓強度之間的關系，以及抗壓強度與波速之間的關系式。
  15. On the distinguishing number of the cube of the hypercube

    超立方體三次冪的可區別數研究
  16. Gu to the crossed cube, and proved that for node - to - node routing, the crossed cube can tolerate as many as n - 1 faulty clusters of diameter ai most 1 with at most 2n - 3 ( n > 2 ) faully nodes in total which is as good as the hypercube

    交叉立方體的上述這些性質都與超立方體的相同。為了進一步提高連通度，我們改進了交叉立方體的網路拓撲結構，對頂點地址相反的頂點對之間增加一條邊，構成加強交叉立方體。
  17. In chapter two we give a multi - dimensional interval routing scheme on hypercube and a routing algorithm based on the compact routing table. we discuss the complexity of the algorithm. in addition, a fault - tolerant algorithm on hypercube is put forward

    第二章給出了超立方體結構的一個多維區間路由方法，進而給出了一個基於簡明路由表的路由演算法，並分析了演算法的復雜性，同時還提出了超立方體結構的一個容錯路由演算法。
  18. Therefore, the pancyclicity is a very important measurement for determining whether a topology of network is suitable for an application, where mapping rings of any length into the topology of network is required

    而對於一個網路來說，是否適合於應用，泛圈性是一個重要的決定因素。考察超立方體q _ n和mbius這兩個重要的網路拓撲結構，比較他們的泛圈性，連通度等性質，從而比較他們各自的優越性。
  19. Hypercuboid and hypersphere class least covers are used to be rules of constructing binary tree

    所以，該演算法採用最小超立方體和最小超球體類包含作為二叉樹的生成演算法。
  20. With the development of vlsi and hardware technology, the size of the multicomputer systems is becoming larger, and the probability of processor failure also increases. with the rapid development of the information technology, people increase their need of network communication. wireless networking is one of the essential technologies to implement the mobile computer network

    近年來超立方體結構的多處理機系統得到廣泛應用，隨著超大規模集成電路和硬體技術的發展，多處理機系統的規模也越來越大，系統中出現處理機故障或處理機間的鏈路故障的可能性也隨之增加，因此，如何建立一個可靠的多處理機系統越來越受到關注。
分享友人
分享到 Line

分享到臉書