密鑰分配 的英文怎麼說

中文拼音 [mìyàofēnpèi]
密鑰分配 英文
distribution of key
  • 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...
  1. Its key idea of this project is to balance the transmitting efficiency and the transmitting cryptograph

    針對這些存在的問題，筆者提出了一種改進方案? ? bb84 +量子密鑰分配方案。
  2. This protocol is verified by applying the expanded ban logic, and its reparability is proved as well in the same chapter, and a hierarchical key distribution system model is given out and the corresponding expanded protocol, which we call authentication based hierarchical reparable key distribution protocol, is proposed as well

    研究了層次化密鑰分配模型以及基於鑒證的可修復密鑰分配協議在這種模型下的擴展。軍隊、政府、企業內部都是典型的層次化組織結構，我們提出的基於鑒證的層次化可修復密鑰分配協議非常適宜這些系統的應用。
  3. On the whole, bb84 + quantum cryptographic key distribution project is far from a termless absolute secure one in the perspective of theory, because the efficiency is enhanced on the sacrifice of security decreased. what ' s more, some works are done to strengthen the cryptograph in the field of identity authentication and other sectors, and the enhancement of efficiency strongly supports the cryptograph

    綜合來看， bb84 +量子密鑰分配方案並不是一個理論上無條件絕對安全的方案，他在安全性能上的降低得到的代價卻是效率的極大提高，並且此方案在身份認證和其他環節上對其有所降低的安全性能作了保密加強的工作。
  4. Quantum key distribution protocol makes use of single photon of quanta - randomicity to achieve unconditioned security key distribution, especially which is the realism significance of research way in quantum information at present

    量子密鑰分配（ qkd ）協議利用單光子固有的量子隨機性實現具有無條件安全性的密鑰分配，是目前量子信息領域中特別具有現實意義的研究方向。
  5. The agent of kdc according to the picture and individual character information which users input, the base key of producing automatically, make the conversation every side produce the self - same main key, has solved the problem of key distribute ingeniously. and it utilize irreversible hash function produce session key realize one - time key. the thesis has also analysed the application of different situations that the agent of kdc among the conversation modes in many ways

    本文提出的個性化kdc代理根據用戶輸入的圖片和個性信息，自動產生基密鑰，分別運用公開密鑰系統進行交換，使通話各方各自產生完全相同的主密鑰，巧妙地解決了密鑰分配和加密解密同步的問題，並利用單向散列函數的性質，基於相同的演算法產生用於加密解密的一次一密會話密鑰。
  6. Aiming at the drawbacks of variant levels of key hierarchy, this paper describes two four - level schemes of key hierarchy in cas

    該方案不但降低了密鑰分配復雜度，而且實現的系統的動態管理。
  7. And the essential reason for irreparability of several protocols is revealed, and a method to produce unrepeatable and unpredictable session marker is brought out to hurdle this defect. a new key distribution protocol is proposed out based on all researches upon

    在以上研究的基礎上，提出了基於鑒證的可修復密鑰分配協議，並用擴展了的ban邏輯方法進行了驗證，也討論了其可修復性。
  8. Finally, the system ? implementation and the process of the assignment of the encryption key is discussed in detail, the core of which is how to design a safe, credible encryption key assignment and deliver procedure0

    最後針對系統的實現，詳細討論了密鑰分配的實現過程，核心的內容是如何設計安全可靠的密鑰分配及密鑰傳遞流程。
  9. Quantum key distribution and secret sharing via w states

    態的量子密鑰分配和秘密共享
  10. A secure and efficient conference key distribution scheme

    一個安全有效的會議密鑰分配方案
  11. Efficient quantum key distribution protocol

    高效的量子密鑰分配協議
  12. Quantum key distribution protocol without classical channel

    不需要經典通道的量子密鑰分配協議
  13. Efficient quantum key distribution scheme using the bell states

    利用貝爾態的高效量子密鑰分配協議
  14. Analysis of the rooted - tree based multicast key distribution technique

    基於有根樹的多點傳送密鑰分配技術分析
  15. Efficient quantum key distribution scheme using the bell state measurement

    利用貝爾測量的高效量子密鑰分配協議
  16. The platform is suitable to the condition that a small group of people would like to exchange the information instantly among their laptop computers without the key distribution center

    該平臺適用於在沒有密鑰分配中心的情況下，幾個地位平等的用戶臨時的利用便攜式電腦安全的進行信息交流。
  17. Quantum cryptology is a new method for secret communications. this new method utilizes the quantum nature of single photons. data can be transferred with a proven security via the protocols of quantum key distribution

    量子密碼術是一種實現秘密通信的新方法，它利用單光子的量子性質，藉助量子密鑰分配協議可實現數據傳輸的可證性安全。
  18. After discussed the problem of qkd, we focus on quantum digital signature

    在對量子密鑰分配進行討論之後，本文研究了量子數字簽名的問題。
  19. According to the described quantum one - way function, a quantum digital signature scheme whose security is based on fundamental principles of quantum physics is given and that the signature scheme is absolutely secure using one method of key distribution is shown

    根據所描述的量子單向函數，本文給出了一種基於量子物理的基本原理基礎之上的安全性的量子數字簽名，同時說明了在使用一種密鑰分配的條件下，它是無條件安全的。
  20. 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。
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