TAILIEUCHUNG - Access Control Models: From the real-world to trusted computing

We have looked at protocols for distributing and establishing keys used for authentication and confidentiality But who should you give these keys to? Who should you trust? What are the rules governing when to and not to give out security credentials In this lecture, we will look at the broad area of secure and trusted systems We will focus on access control models These methods are often used to abstract the requirements for a computer system But, they hold for general systems where security is a concern (. networks, computers, companies ) . | Access Control Models: From the real-world to trusted computing Lecture Motivation We have looked at protocols for distributing and establishing keys used for authentication and confidentiality But who should you give these keys to? Who should you trust? What are the rules governing when to and not to give out security credentials In this lecture, we will look at the broad area of secure and trusted systems We will focus on access control models These methods are often used to abstract the requirements for a computer system But, they hold for general systems where security is a concern (. networks, computers, companies ) Lecture Outline Some generic discussion about security Objects that require protection Insights from the real-world Access control to memory and generic objects Discretionary Methods: Directory Lists, Access Control Lists, and the Access Control Matrix, Take-Grant Model Failures of DACs: Trojan Horses Dominance and information flow, Multilevel security and lattices Bell-LaPadula and Biba’s Model What is a trusted system? Trusted Computing Base System-security vs. Message-security In the cryptographic formulation of security, we were concerned with the confidentiality, authenticity, integrity, and non-repudiation of messages being exchanged This is a message-level view of security A system-level view of security has slightly different issues that need to be considered Confidentiality: Concealment of information or resources from those without the right or privilege to observe this information Integrity: Trustworthiness of data (has an object been changed in an unauthorized manner?) Availability: Is the system and its resources available for usage? Confidentiality in Systems Many of the motivations behind confidentiality comes from the military’s notion of restricting access to information based on clearance levels and need-to-know Cryptography supports confidentiality: The scrambling of data makes it incomprehensible. Cryptographic keys control .

• An ninh - Bảo mật
• Access Control Models
• network security
• programming languages​​
• computer networks
• information security
• IDS systems
• Bài giảng Bảo mật cơ sở dữ liệu
• Bảo mật cơ sở dữ liệu
• Cơ sở dữ liệu
• Access Control Role based models RBAC
• Role based models
• Role based access control
• Administrative role based access control model
• Security models
• Access control
• Types of Access control
• Mandatory access control
• Information systems security
• Lecture Information systems security
• Authentication models
• Security in Information Systems
• Discretionary access control
• Introduction to Discretionary Access Control
• Propose Models for DAC
• SQL for Data Control
• DAC & Information Flow Controlsc
• Parallel Processing & Distributed Systems
• Introduction to Mandatory Access Control
• Proposed Models for MAC
• MAC in Oracle Oracle Label Security
• MAC properties
• Master's thesis of Applied Science
• Master's thesis
• Access control policy management models
• Access control requirements
• Authorization function based RBAC
• Extended RBAC Model
• Role based access control models
• Điều khiển truy cập dựa trên vai trò
• ảo mật theo cơ chế MAC
• Secrecy preserving models
• Multi Level security
• Data communications
• Network models
• Physical layer
• Digital transmission
• Analog transmission
• Transmission media
• Media access control