密鑰分配器 的英文怎麼說

中文拼音 [mìyàofēnpèiqì]
密鑰分配器 英文
key distributor
  • 密 : Ⅰ名詞1 （秘密） secret 2 [紡織] （密度） density 3 （姓氏） a surname Ⅱ形容詞1 （距離近; 空隙小）...
  • 鑰 : 鑰名詞（鑰匙） key
  • 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...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 配器 : orchestrate; arrange配器法 orchestration; 配器者 orchestrator; orchestrater; instrumentator
  1. Because of the objective factors, such as the detector noise and misalignments, it is very important to make a detailed study of the attacking methods for the sake of practicality

    由於客觀因素的影響，比如探測器的噪聲、失調等，為了確保量子密鑰分配方案的實用性，研究竊聽者採取的竊聽方式是十分重要的。
  2. Due to the special properties of wsn, traditional trustiness center of key distribution which is based on public key is not suitable any more

    由於傳感器網路大規模、節點資源非常受限、分散式等特點，傳統的基於公鑰和可信任的密鑰分配中心等方式已不再適用。
  3. Practical implementations of quantum key distribution systems use attenuated laser pulses as the signal source rather than single photons. the channels used to transmit are lossy. on the basis of above two points, a combining eavesdropping strategy of intercept - resend and beam - splitting is discussed in terms of eavesdropper ' s technology requirement and detection efficiency and dark count of single - photon counter

    主要工作包括以下三部分：一、基於實際量子密鑰分配（ qkd ）系統中所使用的強衰減的激光脈沖不是單光子，量子密鑰分配的通道不是無損耗的，光子計數器存在探測效率和暗計數以及竊聽者的技術能力也不是無限的這些具體問題。
  4. To the issues that ipsec ca n ' t work with nat and multicast very smoothly and ipsec could n ' t also solve qos problem, combined with the national high - tech project of 863, the author has put forward the following viewpoints in the research of the security architecture model of ip layer : as to ipsec ' s working with nat, the author has proposed a scheme of using udp encapsulation along with configuring ipsec tunnel by dhcp and substituting ah with esp null encapsulation ; as to ipsec ' s working with the multicast, the author has proposed that combined with key management using complete binary tree, ipsec security process using espv3 and ahv2 can cooperate with multicast smoothly in multicast environments ; as to solving qos, the author has proposed a scheme of using two - level classifying and two - level scheduling with encryption scheduler and forwarding scheduler. the author has pointed out that combining ipsec with pki can make ipsec more flexible and more practical. based on the previous researches, the author has made an analysis of security risks of ip layer

    在ip層安全體系結構模型研究中，針對ipsec在與組播、 nat協同工作等方面存在的問題以及ipsec不能很好解決qos等方面的問題，作者結合國家863高技術項目的研究提出了解決方案：在nat協同工作方面作者提出了採用udp封裝、配合使用dhcp配置ipsec隧道並用espnull封裝代替ah的方案；在與組播協同工作方面作者提出了基於espv3和ahv2的ipsec組播安全處理以及基於完全二又樹的組播密鑰管理的方案；在解決qos問題方面作者提出了採用分類器1和分類器2的兩級分類以及具有加密調度器和轉發調度器的兩級調度的技術方案；同時作者提出了ipsec與pki技術緊密結合，能使ipsec安全通信更加靈活和方便實用。
  5. Therefore, author not only pay attention to key distribution protocol research and implementation, but also attend to build up a wsn simulated application structure. choosing aodv routing protocol as under - communication protocol, combining data integration, cluster selection, cluster building and other techniques, author intend to realize wsn low - consuming network communication by various measures

    因此在本文中作者不僅對密鑰預分配協議進行實現，更模擬建立了一個無線傳感器網路實際應用的虛擬環境，選擇aodv路由協議作為低層通信協議，融入數據融合技術，簇首節點選擇和簇結構生成等技術，以達到低功耗安全通信技術探究與實現的目的。
  6. Nowadays, the main wsn key distribution protocol is considered as one type of pre - distribution key management protocols

    當前主要的傳感器密鑰分配協議都可認為屬于預分配密鑰管理協議。
  7. Due to the special properties of wsn, such as large scale 、 low resource 、 distribution and so on, traditional key center for wired network isn ’ t usable again

    由於傳感器網路大規模、節點資源非常受限、分散式等特點，傳統的基於公鑰和可信任的密鑰分配中心等方式已不再實用。
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