relative topology 中文意思是什麼
relative topology
解釋
相對拓撲-
The innovations of this thesis can be summarized into three points. firstly, the average relative velocity is introducd into a novel adptive weighted clustering algorithm as one important parameter of weight, then it increases the stability and self - adaptability of cluster head. secondly, a new approach to calculating weight is suggested by integrating subjective and objective factors. it is verified by comparison with other approaches to selecting weight. thus the velocity of weight responding to the changes of network topology is increased. finally, using a som neural network to create a classifying model enables every node to learn to identify by itself the role in manet
本文的創新點有三個:首先本文在wca和aow分簇演算法的基礎上，引入了平均相對移動速度作為權值重要的參數，提出了一種新的基於權值的自適應分簇演算法，提高了簇頭在移動中的穩定性和自適應性;其次，提出了利用主客觀綜合賦權法確定權重的權值計算方法，通過與其他權重選擇方法比較，網路結構變化的權值響應速度得到了改進;最後，論文利用自組織特徵映射神經網路建立分類模型，使得網路中的節點可以自學習地確定簇中角色。 -
Based on this kind of relations between the topological structures and the content distributions we study the web modelling, community identification and some related application problems in detail : first, after some existed characteristics of the web topology are verified, some new characteristics are discovered : the high clustering property in micro - topology ( high average gathering coefficient ), the obvious mapping relation between the topological struture and the content in micro - level 、 linear irrelevant between the degree distribution of network nodes and the relative degree distribution of contents etc. then after analysis the topology of the complex network and the network modeling, the muti - scale determinism is proposed, especially for the information network a web evolvement model ( prcp model ) that fused the node authority and the node correlation is proposed. the model deduction, evolving learning verification and large scale experiment proof indicate that the model can explain the micro - topology centralizing phenomena, can imitate the mapping relation between the network connecting distribution and network content relative distribution and also can predict the mapping relation between the topology clustering and content clustering
本文在詳細觀察了web網路的拓撲結構特徵以及拓撲結構與內容分佈相互關系的基礎上，以信息網路的物理連接拓撲結構與節點內容相關度分佈之間的相互關系為主線，從網路特徵、網路建模、社區分析及相關應用方面問題進行了深入細致地探討:首先在驗證了前人提出的web網路拓撲結構特徵基礎上，進一步發現了信息網路所具有的一些新特徵: 1 ）網路微觀顆粒度的拓撲結構聚團與內容聚團存在明顯的映射關系，具體包括節點之間的物理連邊概率與節點之間的內容相關度成指數比例關系、節點形成三角形拓撲結構的概率與節點內容相關緊密程度之間同樣具有一種指數比例關系; 2 ）網路節點連接度整體分佈與節點內容相關度整體分佈是線性無關的; 3 ）網路微觀拓撲結構中的存在很強的集聚性（平均聚團系數很高） 。 -
Abstract : this paper uses the topology theory to analyze the surface flow spectrums of straight, positively curved and negatively curved cascades with relative tip clearances of 0. 023 and 0. 036, finds apparent differences of topology and vortex structures in the blade tip and the suction side wall corner of single type of cascade with this two clearances, and studies the mechanism of the difference formation as well as their effects on the energy loss
文摘:應用拓撲原理分析了葉頂相對間隙為0 . 023和0 . 036的渦輪直葉柵和正、反彎葉柵的壁面流譜，發現在兩種間隙下同類葉柵的拓撲與旋渦結構在葉頂和吸力面壁角明顯不同，探討了差別形成的機理及其對能量損失的影響 -
In this paper, we discuss properties of relative topology in l - fuzzy topological spaces
本文在上述研究的基礎上，討論了l - fuzzy拓撲空間中的相對拓撲性質。 -
Properties of the relative topology have always played essential roles in topological spaces. until now, some important results have been obtained in general topological spaces, especially on the relative separation axioms and relative compactness
自從20世紀80年代a . v . arhangel 』 skii提出並系統地介紹了相對拓撲性質以來，相對拓撲性質一直是人們關注並不斷研究的課題，特別是在一般拓撲學的相對分離性與相對緊性方面獲得了相當有趣的結論。 -
Then the topology of every sub - block are analyzed and the relative important parameters are calculated
接下來在此基礎上完成了各個子電路的電路結構的設計及相關重要參數的分析、計算。 -
Puts forward the hierarchical network method based on the topology of network plan to simplify the complicated and big network plan on some layer of the multi - stage network plan, and give the relative time parameters calculation model
提出了基於拓撲結構的分級網路計劃方法以簡化多階網路計劃中某些階次上的大型、復雜網路計劃，並建立了基於拓撲結構的分級網路計劃模型和時間參數計算模型。 -
Although its independence and development were late more relative to some other antique mathematical course such as analytics, algebra, euclidean geometry and number theory, through over one hundred years, especially the vivid development from the 1940s to the 1970s, general topology are getting increasingly mature and perfect
雖然它的獨立與發展相對于其他一些古老的數學學科如分析學，代數學，歐氏幾何學和數論要晚了許多，但經過一百多年，特別是20世紀40年代到70年代的蓬勃發展，一般拓撲學日趨成熟與完善。 -
The basic idea to construct grpcs is to establish object topology first, then use geometry to change the shape of differential manifold. in chapter 2, we discuss the theoretical framework of grpcs that includes some relative idea about differential manifold. firstly, the definition of potential function on manifold is given
本文首先討論了廣義有理參數曲線曲面的理論基礎，依次闡述了黎曼幾何中關于流形、函數和映射的基本概念，並在此基礎上提出了微分流形上勢函數的定義。 -
The concept of relative movement and the describing method of relative movement rate of dynamic measurement system are shown. a dynamic error neural network topology structure corresponding to the established system is designed. a cognizing matrix of error source and the transfer, classifying model of dynamic error source are put forward
敘述了動態測量誤差的構成要素和表徵，給出了動態測量系統的「相對運動」概念和相對變化率描述方法，設計了與所建模型相對應的動態誤差神經網路拓撲結構，提出了誤差源認知度矩陣和動態誤差源傳遞、分類模型。 -
During the topology optimization of the load pan, the combination of the homogenization and artificial density method is adopted, and the concept of density subjection function and relative density is introduced, consequently, the traditional topology optimization issue is transformed to the optimum distribution of materials
在對負載盤進行拓撲優化設計的過程中，本文採用了均勻化法和變密度法相結合的方法，引入了密度隸屬函數和相對密度的概念，從而將傳統意義上的拓撲優化問題轉換為材料的最優分佈問題。 -
Directing towards the requirement of topology management in the campus networks, the paper mainly researches into the network management protocol and relative technologies and the algorithms of network topological discovery, designs and implements a algorithms of network topological discovery which combines snmp, arp with icmp
針對校園網網管中拓撲管理的需求，本文對網路管理的協議及其相關技術，以及網路拓撲發現的實現原理進行了研究，設計並實現了一種將snmp協議與arp協議以及icmp協議相結合的網路拓撲自動發現演算法。
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