CSP cloud service pr的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列股價、配息、目標價等股票新聞資訊

適用於物聯網環境之具時限階層式群體安全傳輸協定

為了解決CSP cloud service pr的問題，作者程冠霖 這樣論述：

Recommendation Letter from the Theis AdvisorThesis Oral Defense Committee CertificationAcknowledgements............iiiChinese Abstract............ivAbstract............vTable of Contents............viList of Figures............viiList of Tables............xiChapter 1 Introduction............1Cha

pter 2 Related Works............4Chapter 3 Privacy-Preserved User Authentication with Time-Bound for IoT Environment............36Chapter 4 Privacy-Preserved Conference Key Distribution with Time-Bound for IoT Environment............78Chapter 5 Privacy-Preserved Centralized Hierarchical

Conference Key Distribution Protocol with Time-Bound for IoT Environment............129Chapter 6 Conclusion............204Reference............207List of FiguresFigure 2-1 A system model for the identity-based cryptosystem ............ 11Figure 2-2 The architecture of AVISPA .....................

.............................. 15Figure 2-3 An example of illustrating time-bound. ................................. 19Figure 2-4 VANET system structure. ....................................................... 23Figure 2-5 The registration phase in Park et al. protocol. ....................... 23Fig

ure 2-6 Location-based signing key issuance protocol from Park et al............................................................................................................ 24Figure 2-7 The structure of federal cloud union from Yan et al. [46] ..... 27Figure 2-8 The registration phase from Yan e

t al. ................................... 28Figure 2-9 The mutual authentication phase from Yan et al. .................. 28Figure 2-10 The signing signature and validating signature phase fromChen et al. ......................................................................................... 31Fig

ure 3-1 An illustration of the proposed protocol ................................ 37Figure 3-2 System scheme of the proposed protocol .............................. 38Figure 3-3 KeyGen phase. ....................................................................... 47Figure 3-4 The AuthID protocol ...

.......................................................... 53Figure 3-5 The HLPSL script for the role of cloud service provider whichis played by CSP ............................................................................... 62Figure 3-6 The HLPSL script for the role of the device which is play

edby D ................................................................................................... 66Figure 3-7 The HLPSL script for the role of service provider which isplayed by SP ..................................................................................... 70Figure 3-8 The HLPSL

script for the role of session ............................... 71Figure 3-9 The HLPSL script for the role of environment ...................... 73Figure 3-10 The results of OFMC summary report ................................. 75Figure 3-11 The result of CL-AtSe summary .............................

............. 75Figure 3-12 The snapshot of the formal security analysis of the proposedprotocol using OFMC back-end ....................................................... 76Figure 3-13 The snapshot of the formal security analysis of the proposedprotocol using CL-AtSe back-end. ....................

............................... 76Figure 4-1 The concept of the proposed protocol. ................................... 79Figure 4-2 System structure of the proposed protocol ............................ 80Figure 4-3 KeyGen phase of the proposed algorithm ............................. 91Figure 4-4 Th

e AuthID flow chart .......................................................... 97Figure 4-5 The SKGenP phase of the shared key generation. ................ 99Figure 4-6 The key distribution phase. .................................................. 103Figure 4-7 The HLPSL script for the role of cloud

service provider whichis played by CSP ............................................................................. 111Figure 4-8 The HLPSL script for the role of the device which is playedby D ................................................................................................. 115Fig

ure 4-9 The HLPSL script for the role of service provider which isplayed by SP ................................................................................... 119Figure 4-10 The HLPSL script for the role of session ........................... 120Figure 4-11 The HLPSL script for the role of envir

onment .................. 122Figure 4-12 The results of OFMC summary report ............................... 124Figure 4-13 The result of CL-AtSe summary ........................................ 124Figure 4-14 The snapshot of the formal security analysis of the proposed protocol using OFMC back-end .

.................................................... 125Figure 4-15 The snapshot of the formal security analysis of the proposedprotocol using CL-AtSe back-end .................................................. 125Figure 4-16 The result of our analysis. ..............................................

.... 128Figure 5-1 The proposed protocol for the Centralized HierarchicalConference Key Distribution Protocol ........................................... 132Figure 5-2 The proposed protocol for the Decentralized HierarchicalConference Key Distribution Protocol .......................................

.... 133Figure 5-3 System structure of the hierarchical conference keydistribution. ..................................................................................... 134Figure 5-4 The simplified structure of the hierarchical conference keydistribution protocol. ..................................

..................................... 134Figure 5-5 Key generation phase of the proposed algorithm ................ 147Figure 5-6 The AuthID flow chart ........................................................ 153Figure 5-7 The phase of shared key generation. .................................... 155F

igure 5-8 The protocol of MulEq in CKDP ....................................... 159Figure 5-9 The protocol of Encryption in CKDP ................................ 160Figure 5-10 The protocol Decryption and SeKVerify in CKDP ......... 162Figure 5-11 KeyGen phase .......................................

............................. 166Figure 5-12 The protocol MulEq and Encryption in CSKDP ofHCKDP .......................................................................................... 169Figure 5-13 The protocol Decryption and SeKVerify in CSKDP ofDCKDP ...........................................

............................................... 171Figure 5-14 The protocol of MulEq in CKDP ..................................... 174Figure 5-15 The protocol of Encryption in CKDP .............................. 175Figure 5-16 The equation of Decryption and SeKVerify in CKDP ofDHCKDP. ..............

........................................................................ 177Figure 5-17 The HLPSL script for the role of cloud service providerwhich is played by CSP .................................................................. 185Figure 5-18 The HLPSL script for the role of the device which is

playedby D ................................................................................................. 189Figure 5-19 The HLPSL script for the role of service provider which isplayed by SP ................................................................................... 193Figure 5-20 The H

LPSL script for the role of session ........................... 194Figure 5-21 The HLPSL script for the role of environment .................. 196Figure 5-22 The results of OFMC summary report ............................... 198Figure 5-23 The result of CL-AtSe summary ..............................

.......... 198Figure 5-24 The snapshot of the formal security analysis of the proposedprotocol using OFMC back-end ..................................................... 199Figure 5-25 The snapshot of the formal security analysis of the proposedprotocol using CL-AtSe back-end ........................

.......................... 199Figure 5-26 The result of our analysis ................................................... 202List of TablesTable 3-1 Each Phase and algorithms ...................................................... 39Table 3-2 The table of proposed protocol symbols and HLPSL notations.

........................................................................................................... 40Table 4-1 Each phase and algorithm ........................................................ 81Table 4-2 The table of proposed protocol symbols and HLPSL notations............................

................................................................................ 83Table 4-3 The running time of the computing operations [63] .............. 126Table 4-4 Computation overhead of the identity-based protocols ......... 127Table 5-1 Phased and protocols. ...............................

............................. 131Table 5-2 Each phase and description .................................................... 135Table 5-3 The table of proposed protocol symbols and HLPSL notations..........................................................................................................

137Table 5-4 The running time of the computing operations [63] .............. 200Table 5-5 Computation overhead of the identity-based protocols ......... 201

基於 Kubernetes NFS 共享儲存研究

為了解決CSP cloud service pr的問題，作者蕭富鴻 這樣論述：

本論文主要在探討在 Kubernetes 這個雲原生的容器調度平台上提出一種網路檔案系統（NFS）的持久性存儲機制，用於提供客製化工作站服務。其中，客製化工作站服務意指該工作站服務提供使用者在指定的工作站服務裡擁有如同系統管理員一樣的完整權限。容器技術的導入實現服務佈署的彈性及敏捷性，而現今最流行的容器編排系統是 Kubernetes；另一方面，NFS 是目前流行的持久性儲存系統。但是在 Kubernetes 管理的容器化平台中，如果在同一台實體機上運行不同的客製化工作站並且提供持久存儲空間可能會遇到檔案系統的權限問題。本研究提出了一種機制，可以在 Kubernetes 管理的容器化平台中提

供客製化工作站服務並且具有 NFS 持久性存儲空間。我們已經建立了一個由 Kubernetes 管理的容器化平台提供客製化工作站服務並且使用 NFS 提供持久性儲存空間。此平台還利用輕型目錄存取協定（LDAP）對傳統和客製化工作站服務的用戶進行身份驗證。此外，透過與 Docker Shell 整合，提供用戶對 Pod 的完整權限和特權來操作及管理他們的個人的 Pod。結果證明，本論文所提出的機制可以有效地執行權限和特權策略，並且其效能的減損可以忽略不計，且不影響日常之使用。