Towards Efficient Fine-Grained Access Control and Trustworthy Data Processing for Remote Monitoring Services in IoT

Keyphrases

• Control Information 100%
• Software-based 100%
• Data Trustworthiness 100%
• Fine-grained Access Control 100%
• Remote Monitoring Services 100%
• Patient Information 33%
• Health Care Services 33%
• Remote Patient Monitoring 33%
• Health Condition 33%
• Access to Information 33%
• Computing Technology 33%
• Remote Monitoring 33%
• Access Control 33%
• Computation Overhead 33%
• Cost Performance 33%
• Private Patient 33%
• Internet of Things 33%
• Monitoring Framework 33%
• Hardware Efficiency 33%
• Client-side 33%
• Remote Monitoring System 33%
• Confidential Information 33%
• Server-side 33%
• Resource-constrained Devices 33%
• User Data Privacy 33%
• Cloud Networks 33%
• Network Paradigm 33%
• Intel SGX 33%
• Attribute-based Encryption 33%
• Cryptographic Tools 33%
• Cloud Backend 33%
• Heartbeat Protocol 33%
• Trusted Computing 33%
• Fully Homomorphic Encryption 33%
• Non-clinical Environment 33%
• Key Revocation Problem 33%

Computer Science

• Remote Monitoring 100%
• Data Processing 100%
• Internet-Of-Things 100%
• Grained Access Control 100%
• Monitoring Service 100%
• Collected Data 33%
• Healthcare Service 33%
• Computing Technology 33%
• Health Condition 33%
• Monitoring System 33%
• Data Privacy 33%
• Patient Information 33%
• Information Access 33%
• Access Control 33%
• Computer Hardware 33%
• Constrained Device 33%
• User Data 33%
• Attribute-Based Encryption 33%
• Network Paradigm 33%
• Fully Homomorphic Encryption 33%
• Confidential Data 33%
• Decision Making 33%