波長分配 的英文怎麼說

中文拼音 [bōzhǎngfēnpèi]
波長分配 英文
wavelength allocation
  • 波 : Ⅰ名詞1 （波浪） wave 2 [物理學] （振動傳播的過程） wave 3 （意外變化） an unexpected turn of even...
  • 長 : 長Ⅰ形容詞1 （年紀較大） older; elder; senior 2 （排行最大） eldest; oldest Ⅱ名詞（領導人） chief;...
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 配 : Ⅰ動詞1 （兩性結合） join in marriage 2 （使動物交配） mate （animals） 3 （按適當的標準或比例加以...
  • 波長 : [物理學] wavelength波長標準 [光學] wavelength standards; 波長測量 wavelength measurement; 波長常...
  1. A novel wdm network routing and wavelength assignment algorithm in lambda grids

    網路由和波長分配演算法
  2. Chapter two describes the technology require of the dwdm system. comparing the definition and target of technology parameter which should be uesd during the projet. for example, the distribution of the wave length, the interface of the laser, the laser amplifier etc.

    第二章描述了目前dwdm系統的技術要求，對在工程應用中需要用到的技術參數（例如波長分配、光介面分類、光放大器等）的定義、要求做了剖析。
  3. The cost - effective survivable scheme in otn and key technology, primary path and protection path routing and wavelength assignment ( rwa ) are the topics in this thesis

    本文的研究重點是有成本效益的光層保護方案與關鍵技術以及工作通道與保護通道的路由與波長分配問題。
  4. Therefore all - optical networks based on the concept of wdm and wavelength routing rwa ( routing and wavelength asignment, rwa ) is considered as a candidate for the next generation transport network

    因此利用wdm傳輸技術以及選路和波長分配rwa （ routingandwavelengthalgorithm ， rwa ）技術的光傳送網是下一代高速骨幹網最具競爭力的候選者。
  5. Wavelength assignment algorithms of wdm wavelength routing optical network

    Wdm波長路由光網路的波長分配演算法
  6. A new dynamic routing and wavelength assignment algorithm in wdm optical network

    一種新的波分復用光網路動態路由和波長分配演算法
  7. Research on dynamic routing and wavelength assignment algorithm in wavelength convertible optical networks

    波長可變光網路中的動態路由和波長分配演算法研究
  8. Wavelength allocation in star - shaped wavelength - routed optical networks

    星形波長路由光網路中的波長分配
  9. Routing and wavelength assignment problem is a key problem for wdm optical networks

    摘要路由與波長分配問題是波分復用光網中的一個關鍵問題。
  10. The optimal multicast wavelength assignment problem in wrons with limited - range wavelength conversions is addressed

    ?研究了波長轉換范圍受限條件下的最優組播波長分配問題。
  11. Pricing of the optical networks will play a key role from network operator ' s point of view to achieve the maximum profit

    文章從經濟學的角度出發提出了路由與波長分配問題的一種數學模型，並且進行了分析和模擬。
  12. For the purpose of effectively utilizing resource of network, it is good method that rwa algorithm be performed in optical network

    為了充分有效地利用網路資源，必須針對光波長網路執行有效的路由和波長分配（ rwa ）演算法。
  13. At last, the multicast routing in wdm optical networks is discussed and raw ( routing and assignment of wavelength ) problems are summarized

    最後，研究了wdm光傳送網中的多播路由問題，並總結了現有的幾種多播光網路中的路由和波長分配演算法。
  14. Chapter 2 uses two ways to address the issues of qos based resource allocation in ip over wdm networks. firstly, for optical - layering approach, we propose a novel priority - based wavelength assignment algorithm. by calculating the relative capacity loss, we manage to assign wavelengths so as to guarantee the blocking probability of the high priority requests to a lower degree, and at the same time with the least influence on the lower priority

    基於此，首次提出了利用全網信息而支持優先級的波長分配演算法，由於利用了全網信息，在保證較高優先級請求的阻塞性能時，還對較低優先級請求的阻塞性能進行了優化，從而改善了全網的平均阻塞率；另一個為基於mpls技術的方法，提出了支持不同qos要求的vpn業務的設計問題。
  15. Next, a novel priority - based wavelength assignment algorithm in all - optical networks with partial wavelength conversion is proposed, based on link independent assumption and the method of calculating the network the blocks probability. it improves the routing and wavelength assignment presented by others. this algorithm fits the demand of different business for asking the grade of corresponding different services in the modern all - optical network than the original algorithm

    其次研究了部分波長可變wdm網中支持優先級的波長分配問題，以及在此網路中網路阻塞概率的計算;基於鏈路波長佔用獨立性假設，改進了在部分波長轉換wdm網中已有的rwa演算法，提出了一種支持優先級的動態波長分配演算法，該演算法保證了較高優先級的光路建立請求具有較低的阻塞率，比原有演算法更加適合現代光網路中不同業務請求對應不同服務等級的要求。
  16. In this paper we firstly illustrate the feasibility and advantages of eliminating intermediate layers, e. g. sdh / sonet and atm, to map the ip packets directly into wavelength channels. under this framework, we then f ocus our interest on the resource allocation of ip over wdm networks

    第二章研究了ipoverwdm網中支持qos的資源分配演算法，分兩種方法予以研究：一為基於光層的方法，採用固定選路后，資源分配問題就能簡化為波長分配問題，從而可大大簡化網路的控制和管理。
  17. Another topic of this paper is rwa algorithms of primary path and protection path. in order to improve survivability of optical network, a new routing and wavelength assignment algorithms - diverse fiber physical routing algorithms is presented

    文中從提高網路生存性角度出發，對鏈路不相關演算法進行了改進，提出了一個新的路由波長分配演算法?光纖物理路由最大不相關演算法。
  18. Given the multicast request, the optimal object of the problem is to minimize total number of conversions required. in wavelength assignment, we should consider the requirements that the number of needed converters along the path from multicast source node to any member cannot be larger than specified value because of the signal distortion introduced by wavelength converters. at last, we present several dynamic programming to get the exact optimal wavelength assignment scheme under session blocking policy and destination blocking policy

    考慮到波長轉換器引入的信號失真和噪聲，引進了失真約束，即要求從組播源結點到每個組播成員的路徑上使用的波長轉換器數目均在指定的范圍之內;對于給定的組播需求，優化目標是在滿足失真約束的基礎上使整個組播樹上使用波長轉換器的數目最少;並使用動態規劃給出了sbp和dbp兩種連接建立策略下精確的最優波長分配演算法。
  19. Routing and wavelength assignment ( rwa ) algorithm is the key problem of mplms control layer. a dynamic routing and wavelength assignment ( rwa ) algorithm with the design pr otection is proposed, with load balance and capacity constraint of physical links taken into account

    路由和波長分配（ rwa ）是mplms控制層面的一個重要問題，本文基於考慮鏈路負載均衡和容量限制提出了一種具有保護設計的動態路由和波長分配演算法。
  20. Reasonable rwa algorithm can be employed to distribute the hardware resourses of the networks effectively and to reduce the blocking probability of the operation requests, as a result the network cost can be considerably diminished and the network performance greatly improved

    合理的路由和波長分配方案，可以更為有效地利用和分配網路硬體資源，降低業務請求阻塞率，從而大大減小了網路的運行成本，提高網路性能。
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