manet 中文意思是什麼

manet 解釋
馬內
  1. Moreover, because of the rising popularity of multimedia applications and potential commercial usage of manet, qos based mac protocols have become a key issue for manet

    另外，隨著多媒體信息傳送的廣泛需求和manet的潛在商業應用使得移動adhoc網路中基於qos的mac協議研究成為一個關鍵問題。
  2. As a highlight programme of " the year of france in china ", the exhibition showcases 48 impressionist masterpieces selected from the prestigious musee d orsay in paris and other major french museums. exhibits include manet s " the fifer ", degas s " the dance class " and monet s " water lilies ", as well as other works by these artists and by pissarro, sisley and cezanne, etc

    作為法國文化年精選節目，展出法國著名的奧塞博物館及其他法國美術館精選共48幅印象派名畫，包括有馬奈、莫奈、德加、雷諾阿、畢沙羅、西斯萊及塞尚等名家的代表作品，例如馬奈的吹短笛的男孩、德加的舞蹈課及莫奈的睡蓮等印象派傑作。
  3. Manet is a painter of impressionism

    莫奈是印象派畫家。
  4. For the reason of the restriction of the indefiniteness of network topology and the limitation of wireless medium bandwidth, the research in router protocols in manet is important and significant

    由於網路拓撲結構的不確定性、無線介質帶寬有限等因素的制約， manet中的路由協議是其研究的一個熱點和難點。
  5. The hydrogen permeation experiment of manet ii with hot dipping aluminized coating was performed in temperature range of 300 to 450, in gas phase and in liquid pb - 17li phase

    在300 450溫度范圍內，分別在氫氣相和液態鉛鋰合金相中開展了帶熱浸鋁塗層manet馬氏體鋼的氫滲透性能研究。
  6. We discuss the formation of the unidirectional links and their influence on the manet routing protocols such as dsr, dsdv, aodv. solutions are given to overcom e the problems, we analyze some of they and point out their limitations. in the third part, we show a new on - demand routing strategy supported unidirectional links, it use the two circuits route search algorithms to establish the route from the source node to the destination and backward with directions ; it transfer the route error messages from the backward positions to the forward positions one by one ; it apply the packet encapsulation technique to forward the packets through the unidirectional links and introduced the circuit path to transmit information from the forward node to the backward node

    接著，指出在移動自組網環境中，單向鏈路的普遍存在，分析了它的產生原因、它對目前協議棧的影響；然後，我們給出了一種按需路由的自組網單向鏈路路由演算法，它只有在需要路徑的時候才維護路由，使用二循環路由尋徑演算法以建立節點間的路徑，使用逐跳逆向傳遞的方式報告路由終斷，使用封裝廣播的方式沿單向鏈路正向傳輸，使用報文封裝方式支持單向鏈路下游節點向上游節點傳遞信息。
  7. 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。
  8. Table - driven routing protocols and source initialed on - demand routing algorithms are analyzed and compared against each other. our study shows the on - demand protocols are better suited for manet because they generate less control overhead and manage the mobility in a more efficient manner

    首先敘述了兩種移動自組網專用路由模式：表驅動路由方式和源啟動按需路由方式，引用cmu的驗證實驗數據指出按需方式更適合於自組網。
  9. Because of its convenience, quickness and robust, the manet can be used for emergency, temporary communication and military requirement

    移動adhoc網路適用於搶險救災、軍用移動通信等無基礎設施的臨時通信場合。
  10. Secondly, it proposes the “ mixed route protocol lmrp ” adaptive in dynamic and complicated environment, which cuts in the design of unicast with multipul notes ’ reply, based on the summarization and analyses of the technology and performance used in manet. thirdly, the thesis introduces the complete design plan of this protocol, including method design, specific design, data structure in lmrp, router discovery algorithm, router maintenance protocal, router optimization protocal, logistic layered method, mtu solution, robusticity policy, etc. finally, the thesis simulate protocals in lmrp and compare it with aodv by opnet emulator, which shows that the protocol has advantages in several domains, including end - to - end delay, throughput, etc

    本文首先對manet中的路由演算法和路由協議進行了深入分析研究;提出了一種新的適合於動態復雜環境使用的「局部-全局混合路由協議lmrp 」 ，該協議以多點回復的點播方式的設計思想入手，詳細描述了lmrp的設計方法、實現細節，設計了lmrp的數據結構，路由發現演算法，路由維護協議，路由優化協議，邏輯分層方法， mtu解決方案，魯棒性策略等。
  11. Rodin was producing sculptures in his studio, while renoir, degas and cezzanne were in their later period of creation and manet had already exhibited his lunch on the grass

    羅丹正在他的工作室里雕塑，雷諾阿、德加、塞尚已處于創作晚期，馬奈早就展出過他的《草地上的午餐》 。
  12. First, it gives a snapshot of some typical self - organized routing protocols in manet. then the design of self - organized routing algorithm based on ktrp is elaborated as the main part of this dissertation, including the choosing of key nodes, the main algorithm modification of ktrp to accommodate with the interior routing in subnet, the access flow between two layers, primary packet formats, tables, and ip routing algorithm. at last, the simulation model of the self - organized routing algorithm

    本文首先分析了現有的manet自組織路由協議;然後針對本信息傳輸分系統的網路結構，詳細分析了基於ktrp的子網內部以及相鄰層間的自組織路由演算法的設計，包括對多個關鍵節點的選取、為適應本課題子網內路由通信而對ktrp做出的主要演算法更改、相鄰層間接入互連的流程、自組織路由演算法中涉及的主要報文格式和表，並且舉例說明了ip選路演算法;最後對所設計的自組織路由演算法進行了模擬，以驗證演算法的有效性。
  13. A mobile ad hoc network ( manet ) is a multi - hop temporary autonomous system of mobile nodes equipped with wireless transceivers and receivers

    移動自組網（ manet ）是由一組帶無線收發裝置的移動終端組成的一個多跳的臨時性自治系統。
  14. Mobile ad hoc networks ( manet ) is infrastructureless network. it set up by the nodes which can move and link arbitrarily with no centre node in topology, extensively apply in all quick arrangements, dynamic situation, such as the military, an emergency correspondence, temporary communication, etc

    移動自組網（ mobileadhocnetworks ，簡稱manet ）屬于無基礎設施、無中心的移動無線網路，所有節點都能夠移動並以任意拓撲方式動態連接，可應用於軍事通信、應急通信、臨時通信等需要快速布署、動態組網的通信場合。
  15. This thesis focuses on the study of light weight service discovery protocol and its mechanisms for manet

    本文著重研究的就是manet下輕量級服務發現協議及其機制。
  16. In this thesis we study the routing strategies for manet

    本文圍繞著移動自組網的路由策略問題展開研究。
  17. So aodv protocol will probably play an important role in future manet applications

    該協議很可能在未來移動自組網的應用中占據重要地位。
  18. A mobile ad hoc network ( manet ) consists of a collection of wireless mobile nodes that are capable of communicating with each other without the use of a network infrastructure or any centralized administration

    移動adhoc網路是由一組無線移動節點組成的集合，這些移動節點可以在沒有任何網路基礎設施和集中化管理的情況下互相通信。
  19. Unlike in the wired networks where bandwidth 、 energy etc. are usually abundant, bandwidth 、 energy etc. are always scarce in manet

    與有線網不同，移動設備的局限性使得無線adhoc網路的帶寬、能量等資源經常是緊張的。
  20. Finally, we implement the olsr on the target operation system and network a manet by the criterion ieee802. 11b. the implementation is done in a modular fashion. it is divided into three layers, visl ( virtual interface service layer ), mesl ( message and event schedule layer ) and rsml ( routing service manage layer )

    實現方案以模塊化的方式來設計，分為三個層:虛擬介面服務層（ virtualinterfaceservicelayer ，簡稱visl ） ，消息及事件調度層（ messageandeventschedulelayer ，簡稱mesl ）和路由服務管理層（ routingservicemanagelayer ，簡稱rsml ） 。
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