組網協議 的英文怎麼說
中文拼音 [zǔwǎngxiéyì]
組網協議
英文
iinternetworking protocol- 組 : Ⅰ名詞1 (由不多的人員組成的單位) group 2 (姓氏) a surname Ⅱ動詞(組織) organize; form Ⅲ量詞(...
- 網 : Ⅰ名詞1 (捕魚捉鳥的器具) net 2 (像網的東西) thing which looks like a net 3 (像網一樣的組織或...
- 協 : Ⅰ形容詞(共同) joint; common Ⅱ動詞(協助) assist; help; aid
- 議 : Ⅰ名詞(意見; 言論) opinion; view Ⅱ動詞(商議) discuss; exchange views on; talk over
- 組網 : ad hoc networks
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Being the complexity of the industrial ethernet technology, at present it still be in its first phase of development, and it has several different forms. compare with other forms, the traditional multi - protocal converting form has the simplest realization. it is realized by gateway or agent server to transform information between ethernet and field bus, actually to be a sort of realization that the network is comparted into different layers
由於工業以太網技術的復雜性,目前還處于起步階段,有多種組網形式。相對來說傳統的跨協議轉換方法實現最簡單,它通過網關或代理服務器進行以太網與現場總線的信息轉換,實際上是一種分層網路的實現機制。The other is train communication network. based on the protocol of " iec 61375 - 1 ", published by iec in 1999, the data to be transmitted is classified into urgent periodic variables and deferrable random messages. in this paper the whole net is decomposed into two layers : train bus and vehicle bus
文中參考iec組織1999年公布的「 iec61375 - 1 」標準協議,將整個列車網路分為連接各個車廂主機的上層列車總線網和連接單個車廂內負責控制、檢測等子設備的下層車廂總線網,同時將傳輸的數據類型區分為實時的周期性過程數據和可延遲的偶發性消息數據。In jul 1997, ietf was initiated by the bell lab, and erected up the pstn interne ( pint ) interworking force aimed to make the ip users to use the traditional services of the pstn by the most popular www application and research the network framework and protocols that provide this function
1997年7月, ietf由貝爾實驗室發起,成立了pstn internet互通( pint )工作組,目的在於使ip用戶能通過最流行的www應用來使用pstn的傳統業務,研究支持該功能的網路結構和協議。It is composed of three mian protocols : call synchronization protocol, control frame transmission protocol based on arq mechanism and data transmisstion protocol based on slot precontract mechanism. one scan channel table is shared in the hfmanet. the nodes in the same dwell group work in the same scan channel, and the nodes in the different dwell group work in the different scan channel
該協議的網路拓撲結構採用分散式分群結構,協議不同於傳統的短波點到點及需要中心節點轉發的組網方式,而是初步實現了短波電臺之間多跳組網功能,其協議內容主要包括同步呼叫協議、基於arq的控制幀傳輸協議和基於虛電路及時隙預約方式的數據幀傳輸協議。Design and realization of shortwave protocol for starlike network
短波星型網組網協議設計與實現These standard ensure that the products of different company can be compatible each other. especially h. 323 standard which apply on ip communication provide a unifiable standard
特別是itu ? t推出的基於ip分組網路的多媒體通信終端協議? h . 323 ,為基於ip的多媒體通信提供了規范。H. 323 was developed by a team of computing, telephony and networking experts under the direction and auspices of the international telecommunications union ( itu - t ), a united nations organization, with the goal of specifying a universal real - time standard that would ensure interoperability of all packet - based networks and products
H . 323協議由聯合國的itu - t領導下的一群計算、電信和網路方面的專家制定。 itu - t是旨在建立一個能夠融合所有網路實時傳送解決方案和產品的標準的組織。This r adio routing protocol is available for mobile packet radio network with the need of destruction resistance
此無線路由協議適用於移動分組無線網的抗毀性要求。Based on the ls alg orithm, the mobile packet routing is implemented using the propagation mode of d bf algorithm and the global routing topology table ( rtt )
基於鏈路-狀態演算法,採用距離-矢量演算法的傳播方法和全局的路由拓撲表,實現了移動分組無線網的抗毀式路由協議。After the briefly present the origin and features of internet protocol version 6 ( ipv6 ), the paper detailedly introduced the conception, characters, security technologies of vpn, and main tunnel protocols used to implement and deploy vpns. after analyzing and comparing these technologies of realizing vpns, we choosed ipsec. then, the paper analyzed in the ipsec structure, function, work mode, and its components such as authentication header ( ah ), encapsulating security payload ( esp ), internet key exchange ( ike ), encryption and authentication algorithms, security association, security policy, and how they cooperate with each other in order to secure ip packages
在簡要介紹ipv6協議的由來和優點之後,詳細闡述了虛擬專用網的概念、特點、安全技術及實現的關鍵隧道協議,通過對實現技術的分析比較,選用了安全性強大的ipsec隧道技術,接著深入研究了ipv6安全協議ipsec的體系結構、操作模式,詳細論述了ipsec協議簇的各個組成部分,如認證報頭ah協議、封裝安全載荷esp協議、密鑰管理ike協議、加密認證演算法、安全聯盟和安全策略等,以及這些組件之間如何協作,來共同實現對網路層ip數據包的安全保護。2. applying manchester coding theory to meet the end of collision detection and codes judgment effectively. 3. using pulse position modulation ( ppm ) coding theory that is invented especially for optical communication in the air to ameliorate the system ' s performance by improving the system ' s character of pe. 4. taking good advantages of the fledged lan communication protocols and technologies to achieve a new method that has a high rate of capability to cost in building a wireless lan
論文研究中主要的創新性工作如下: 1 、提出利用光散射通信技術組建無線局域網,方便地實現了廉價而高速的局域網內微機的光互連; 2 、採用曼徹斯特編碼技術解決了光無線通信中代碼判決和碰撞檢測的技術難題; 3 、針對空氣通道的特點,利用ppm編碼技術降低通道誤碼率、改善系統性能; 4 、在光無線局域網中利用現有的成熟有線局域網協議和技術,從而保證了系統的實用性及改善了系統的性價比。A number of comparisons and analysis on different reliable multicast data transmission protocols have been carried out. considering the one - way characteristic of the chinese catv network, the alc is regarded as the best suitable multicast data transmission protocol for china
在可靠組播數據傳送協議上,本文研究了許多可靠組播協議,通過比較和分析,綜合我國有線電視網路單向性的特點,本文認為異步分層編碼協議( alc )是最適合的可靠組播數據傳送協議了。Service discovery technology tries to approach zero administration overhead and thus free users from tedious administrative and configuration work. hence, service discovery protocol is critical to the success of high dynamic manets. researching on analytical descriptions of properties of manets is helpful to research works on manets, e. g
研究無線自組網基本性質的準確的閉合的解析描述對包括服務發現協議在內的無線自組網協議設計工作具有重要意義,如用於指導協議參數的設置、針對性地優越協議操作、估算協議的性能等。Based on the mfc ( multicast forwarding cache ) formed by multicast protocol such as dvmrp ( distance vector multicast routing protocol ), pim ( protocol independent multicast ), we can build special lsp ( lable switch path ) for certain source group couple to transport multicast data flow using ldp ( lable distribute protocol ) or cr - ldp. based on the zxb10 switching router of zte co. we can now support dvmrp within the context of mpls networks
本文主要研究mpls網路對ip組播業務的支持,根據現有的ip組播協議如dvmrp 、 pim等所生成的組播轉發表(轉發樹) ,利用mpls網路的ldp (標記分發協議) cr - ldp (顯式路由標記分發協議)為特定的源組對確立lsp (標記交換路徑) 。In order to solve this problem, a reliable multica st communication model for conference control is designed specially. we firstly study the requirements of multicast - based conference control, then analysis the main factors to the performance of reliable multicast. subsequently we present a new reliable multicast protocol named hsrm ( hierarchical scalable and reliable multicast ) according to the receivers " packet loss probabilities
本文從分散式組播會議控制對網路通信的要求出發,在對影響可靠組播性能的因素進行深入分析基礎上,融合現有可靠組播協議的優秀思想,提出了一個新的基於接收方丟失報文概率分組的層次化可擴展可靠組播通信模型hsrm ( hierarchicalscalablereliablemulticast ) 。Note that all of these protocols are packet - based protocols that have been optimized to function over a wireless network with limited bandwidth and intermittent connectivity
注意,所有這些協議都是基於分組的協議,經過優化以便通過有限的帶寬和間隔的連通性在無線網路上運行。The concept on active network ( darpa, 1994 ), which rises a popular discussion now, provides a new approach on dealing with the bottleneck on ddes design as well as a environment on network, running system by inserting customized program. thus, introducing the advance in active network and discussing how to improve the performance of ddbs with an technologies become the key point of this paper
最後介紹了基於主動網路相關技術在應用層設計一個自適應的主動適配層,依靠面向應用層的主動網技術實現來研究分散式數據庫系統目前無法解決的網路異構課題;通過基於主動網路技術的大規模可靠組播協議( larmp )的設計,解決在internet上設計大規模可靠組播協議的難題。With the rapid developing on internet and related technologies, distributed database system ( ddbs ), compared with share - based dbs, will become the dominated application in future ' s network environment. however, differences in network structure, protocol and bandwidth have become a several issue that ddes should overcome when data flows pass through the network nodes
然後就本課題中所面臨的兩個問題作了詳細介紹:分散式數據庫系統實現過程中的網路擴充問題;分散式數據庫系統實現過程中大規模可靠組播協議( larmp )的設計。The dynamic nature of manet ' s topologies results in a need for frequent broadcasts, thus placing a strain on the network ' s limited resources
自組網協議可擴展性問題源於動態拓撲及其資源的有限性。頻繁的廣播操作是影響自組網可擴展性的直接原因。But its distinct characteristics calls for challenges in protocol design, network organization and operation
由於無線傳感器網路的特殊性,它在網路組織、協議設計、網路運行等方面的問題都需要解決。分享友人