Intent-based IoT–Fog HDAF protocol for reliable communication in large-scale industrial iot deployments

Keyphrases

• Reliable Communication 100%
• Intent-based 100%
• Low Latency 100%
• Industrial IoT 100%
• Low Power 50%
• Mobility Conditions 50%
• Cost-effective Solution 50%
• High Reliability 50%
• Coupling Mechanism 50%
• Process Control 50%
• Quality of Service 50%
• Fog-based 50%
• MATLAB Simulation 50%
• Relay Node 50%
• Software-defined 50%
• Node Density 50%
• Bit Error Rate 50%
• Node Mobility 50%
• Channel Capacity 50%
• Low Interference 50%
• 5G NR 50%
• Backhaul 50%
• Large-scale Data 50%
• Industrial IoT Systems 50%
• Gas Processing Plant 50%
• Traditional Process 50%
• Nakagami-m Fading 50%
• Decode-and-forward 50%
• IoT Networks 50%
• Amplify-and-forward 50%
• Interference Condition 50%
• Real-time Analytics 50%
• Limited Bandwidth 50%
• Relaying Scheme 50%
• Density Condition 50%
• 5G-enabled 50%
• Relay Operation 50%
• Forward Mode 50%
• Resilient Communication 50%
• ZigBee Wireless Sensor Network 50%
• Bandwidth Scalability 50%
• Field Protocol 50%
• Cooperative Relay 50%
• Dual Radio 50%
• Traffic Aggregation 50%
• Node Interference 50%
• Adaptive Relay 50%
• Interference-Resilient 50%
• Industrial Testbed 50%
• Fieldbus 50%
• Deterministic Communication 50%
• Plant-inspired 50%
• Service Mapping 50%
• Traffic Performance 50%
• Relay Architecture 50%

Computer Science

• Industrial Internet of Things 100%
• Reliable Communication 100%
• Testbed 50%
• High Reliability 50%
• Quality of Service 50%
• zigbee 50%
• amplify-and-forward 50%
• decode-and-forward 50%
• nakagami-m fading 50%
• Process Control 50%
• Simulation Experiment 50%
• Effective Solution 50%
• Channel Capacity 50%
• Time Analytics 50%
• Sensor Network 50%
• Large Scale Data 50%
• Traffic Aggregation 50%
• Protocol Field 50%
• Field Experiment 50%
• Fieldbus 50%