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Extended Usage Control Models and Testing for Access Control Policies

ABSTRACT第6-9页
摘要第10-12页
DEDICATION第12-13页
ACKNOWLEDGEMENTS第13-14页
LIST OF PUBLICATIONS第14-22页
CHAPTER ONE Introduction第22-35页
    1.1 Background第22-24页
    1.2 Research Motivation第24-31页
        1.2.1 Traditional Access Control Models第25-27页
        1.2.2 Authorization Constraints第27-29页
        1.2.3 Specification of Access Control Policies第29页
        1.2.4 XACML Policy Specification Language第29-30页
        1.2.5 Access Control Policy Testing第30-31页
    1.3 Thesis Contribution第31-32页
    1.4 Dissertation Outline第32-35页
CHAPTER TWO Literature Review第35-84页
    2.1 Traditional Access Control Models第35-45页
        2.1.2 Discretionary Access Control (DAC)第36页
        2.1.3 Mandatory Access Control (MAC)第36-37页
        2.1.4 Role-based Access Control (RBAC)第37-39页
        2.1.5 Workflow第39-41页
        2.1.6 Rule-based access control第41-42页
        2.1.7 Chinese Wall第42-43页
        2.1.8 Clark-Wilson Model第43-45页
    2.3 Access Control in Modern Computing Environment第45-61页
        2.3.1 Access Control in Collaborative and Distributive Environment第45-46页
        2.3.2 Access Control Matrix and its Limitations in Modern Computing Environment第46-50页
        2.3.3 Protection Bits第50页
        2.3.4 Types of Access Control Models in Collaborative Environments第50-51页
        2.3.5 Task-Based Access Control (TBAC)第51-52页
        2.3.6 Role-Based Access Control第52-56页
        2.3.7 Task-role-based access control第56-57页
        2.3.8 Team-based access control (T-MAC)第57页
        2.3.9 Context-based team access (C-TMAC)第57-58页
        2.3.10 Context Aware Access Control第58-59页
        2.3.11 Spatial Access Control第59页
        2.3.12 Pretty Good Privacy (PGP)第59-61页
    2.4 Types of Authorization Mechanisms or Systems第61-68页
        2.4.1 PERMIS第61-62页
        2.4.2 PRIMA第62-63页
        2.4.3 AKENTI第63-65页
        2.4.4 Cardea第65-66页
        2.4.5 CAS第66-67页
        2.4.6 VOMS第67-68页
    2.5 Protecting Computational Resources and Digital information in ModernHeterogeneous Computing Environment第68-82页
        2.5.1 The Usage Control (UCON) Model第69-70页
        2.5.2 UCON Model Components第70-73页
        2.5.3 UCON's Unique Features第73-74页
        2.5.4 Transition States of UCON第74-77页
        2.5.5 Enforcement of Obligation in UCON第77-79页
        2.5.6 Usage Control (UCON) for Collaborative Systems第79-82页
    2.6 Conclusion第82-84页
CHAPTER THREE Usage Control Component Creation,Post Obligation andConcurrency Enforcement Model第84-108页
    3.0 Introduction第84-86页
    3.1 Motivation第86-87页
    3.2 UCON Components第87-89页
    3.3 UCON component creation and destruction第89-94页
    3.4 Redeem reputation Mechanism第94-95页
    3.5 UCON concurrency第95-97页
    3.6 Framework第97-101页
    3.7 Implementation第101-103页
    3.8 Performance Evaluation第103-105页
    3.9 Discussions of Results第105-106页
    3.10 Related Work第106-107页
    3.11 Conclusion第107-108页
CHAPTER FOUR Testing Access Control Policy through Change Rule and SwapRule Algorithm (CRSR)第108-126页
    4.0 Introduction第108-109页
    4.1 Related work第109-110页
    4.2 Specifying Access Control Policies using XACML Policy Language第110-113页
    4.3 Mutation Testing第113-115页
    4.4 Generating Mutant Policies and Request using XACML Context Schema for aPolicy and Request第115-118页
    4.5 Framework第118-121页
    4.6 Experiment第121-124页
    4.7 Discussion of Results第124页
    4.8 Conclusion第124-126页
CHAPTER FIVE Enforcing Usage Control on a Remote Client Server throughResource Packaging第126-140页
    5.0 Introduction第126-128页
    5.1 Biometric Identification and Authorization第128-131页
        5.1.1 Fingerprints Classification第129-131页
    5.2 Implementation第131-132页
        5.2.1 Access to Purchase第131页
        5.2.2 Access to read, listen or watch online第131-132页
        5.2.3 Access to modify or use第132页
    5.3 A Logic Bomb Mechanism第132-139页
        5.3.1 Algorithm第133-134页
        5.3.2 Experiment第134页
        5.3.3 Structure of Interview第134-137页
        5.3.4 Logical presentation of Model with examples第137-139页
    5.4 Conclusion第139-140页
CHAPTER SIX General conclusions and future work第140-144页
总结和未来的工作第144-146页
APPENDIX A: GLOSSARY第146-154页
Reference第154-160页

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