FogETex: Fog Computing Framework for Electronic Textile Applications

Keyphrases

• Analysis Application 25%
• As-a-service 25%
• Bandwidth Utilization 25%
• Broker 50%
• Capacitive Sensor 25%
• Cloud System 25%
• Computing Resources 25%
• Computing Systems 25%
• Deep Learning Methods 25%
• E-textiles 100%
• Electrical Signal 25%
• Environmental Stimuli 25%
• Fog Computing 100%
• Fog Devices 75%
• Fog Nodes 50%
• Gait Analysis 25%
• Human Life 25%
• Internet of Things Devices 25%
• IoT Devices 25%
• Low-latency Computing 25%
• Mobile Software Architecture 25%
• Mobile Systems 25%
• Network Bandwidth 25%
• Physiological Stimuli 25%
• Real-world Testing 25%
• Resource Network 25%
• Resource Utilization 50%
• Robust Computation 25%
• Sensor Data 25%
• System Architecture 25%
• System Performance 25%
• Textile Applications 100%
• Textile Products 50%
• Textile-based 50%
• Time Characteristics 25%
• User Interface 25%

Engineering

• Capacitive 33%
• Characteristic Time 33%
• Deep Learning Method 33%
• e-textiles 33%
• Electrical Signal 33%
• Electronic Textile 100%
• Fog Computing 100%
• Human Life 33%
• Metrics 33%
• Nodes 66%
• Phase Analysis 33%
• Resource Usage 66%
• Sensor Data 33%
• Systems Performance 33%
• Textile Application 100%
• Textile Product 66%
• User Interfaces 33%

Computer Science

• Application Analysis 50%
• Capacitive Sensor 50%
• Case Study 50%
• cloud system 50%
• Computing Resource 50%
• Deep Learning Method 50%
• Electrical Signal 50%
• Fog Computing 100%
• Mobile Application 50%
• Network Bandwidth 50%
• Service Model 50%
• System Architecture 50%
• Systems Performance 50%
• User Interface 50%