- INFS 767 FALL 1999 Ravi Sandhu
- Secure Electronic Commerce Unlinkable Serial Transactions
- Specification and Analysis of Attribute-based Authorization Policy
- Usage Control: A Vision for Next Generation Access Control
- Computers & Security, Volume 11, Number 8, December 1992, pages 753-763. Lattice-Based Enforcement of Chinese Walls
- INFS 762 Fall 1993 Lattice-Based Access Control Models
- Internet Security Protocols Prof. Ravi Sandhu
- MS-SWE PROGRAM -PLAN OF STUDY (Pre Fall 2009)
- Secure Electronic Commerce PKI and Trust
- Lecture 7: Digital Certificates INFS 766/INFT 865
- Author's personal copy Towards secure dynamic collaborations with
- Securing credit card transactions with one-time payment scheme q
- Toward an Access Control Model for Sharing Composite Electronic Health Records
- Secure Mobile Payment via Trusted Computing , Xinwen Zhang2
- Behavioral Attestation for Web Services (BA4WS) Masoom Alam
- A General Obligation Model and Continuity-Enhanced Policy Enforcement Engine for Usage Control
- A Trusted Mobile Phone Prototype Onur Aciicmez Afshin Latifi Jean-Pierre Seifert Xinwen Zhang
- ROBAC: Scalable Role and Organization Based Access Control Models Zhixiong Zhang
- An Attribute-Based Access Matrix Model Xinwen Zhang
- ABAM: An Attribute-Based Access Matrix Model Xinwen Zhang
- Logical Model and Specification of Usage Control XINWEN ZHANG
- Logic of Authentication 1. BAN Logic
- Flexible Authorization with Decentralized Access Control Model for Grid Computing
- INFS 767 Fall 2000 RBAC-LBAC-DAC
- INFS 767 Fall 2001 RBAC-MAC-DAC
- Internet Security Protocols Lectures 3 and 4
- Java Security David A. Wheeler
- Lectures 1 and 2 INFS 766/INFT 865
- Department of Computer Science George Mason University
- INFS 762 Fall 1993 Lattice-Based Access Control Models
- The RCL2000 Language for Specifying Role-Based
- INFS 767 Fall 2001 RBAC Architectures and Mechanisms
- Binding Identities andBinding Identities and Attributes Using DigitallyAttributes Using Digitally
- Nov. 15, 2001 Mohammad al-Kahtani 1 Emerging Authorization and Authentication
- INFS 767 Fall 2000 The RBAC96 Model
- INFS 767 Fall 2000 Administrative RBAC
- INFS 767 FALL 1999 Ravi Sandhu
- Internet Security Protocols Lectures 1 and 2
- Internet Security Protocols Lectures 7 and 8
- Internet Security Protocols Prof. Ravi Sandhu
- Lectures 3 and 4 INFS 766/INFT 865
- Lectures 5 and 6 INFS 766/INFT 865
- Usage Control Architectures INFS767, Oct. 23, 2003
- Automated Trust Negotiation William H. Winsborough
- INFS 767 Fall 2000 Engineering Authority and Trust in Cyberspace
- Application of XML Tools for Enterprise-Wide RBAC Implementation
- Internet Security Protocols Digital Certificates
- INFS 767 Fall 2001 The RBAC96 Model
- Language Hierarchy Definition of Turing Machine
- Con guring Role-Based Access Control to Enforce Mandatory and Discretionary Access Control Policies
- Digital Rights Management Jaehong Park
- INFS 767 FALL 1999 Ravi Sandhu
- Supporting Ad-hoc Collaboration with Group-based RBAC Model (Invited Paper)
- A Technical Architecture for Enforcing Usage Control Requirements in Service-Oriented Architectures
- Model-based Behavioral Attestation Masoom Alam
- Systematic Policy Analysis for High-assurance Services in SELinux Gail-Joon Ahn
- Lecture 8: SSL and Layer 4 Security INFS 766/INFT 865
- INFS 767 Fall 2001 Administrative RBAC
- Usage Control Platformization via Trustworthy SELinux Masoom Alam
- Towards an Engineering Framework for Usage Control and Digital Rights Management
- A Security-Enhanced One-Time Payment Scheme for Credit Card School of Information Systems
- Lecture 11: Introduction INFS 766/INFT 865
- Security Architectures for Controlled Digital Information
- MS-SWE PROGRAM -PLAN OF STUDY (For students who matriculate Fall 2009 or after)
- Shouhuai Xu 2000 1 Password-based Authentication and
- Secure Electronic Commerce Secure Attribute Services
- The UCONABC Usage Control Model JAEHONG PARK
- The ABC Core Model for Usage Control: Integrating Authorizations, oBligations, and
- 7KH 5&/ /DQJXDJH IRU 6SHFLI\LQJ 5ROH%DVHG
- Internet Security Protocols Prof. Ravi Sandhu
