Application of an integrated PHY and MAC layer model for half-duplex IEEE 802.15.4 networks to smart grids

Keyphrases

• Smart Grid 100%
• Layer Model 100%
• Medium Access Control Layer 100%
• Physical Access 100%
• IEEE 802.15.4 100%
• Half-duplex 100%
• House Building 25%
• Service Provider 25%
• Probability Density Function 25%
• Analytical Results 25%
• Propagation Channel 25%
• Analytical Model 25%
• Traffic Condition 25%
• Physical Layer 25%
• Path Loss 25%
• Closed-form Expression 25%
• Kappa Distribution 25%
• Capture Effect 25%
• Average Outage Rate 25%
• Carrier Sense multiple Access with Collision Avoidance 25%
• Multipath Fading 25%
• Building Area Network 25%
• Received Power 25%
• Unsaturated Traffic 25%
• Packet Success Probability 25%
• Ground Wave Propagation 25%
• Propagation Scenario 25%

Engineering

• Layer Model 100%
• Media Access Control 100%
• Smart Grid 100%
• Collision Avoidance 33%
• Propagation Channel 33%
• Analytical Result 33%
• Closed Form Expression 33%
• Collecting Data 33%
• Received Power 33%
• Multipath Propagation 33%
• Outage Probability 33%
• Area Network 33%
• Path Loss 33%
• Analytical Model 33%
• Service Provider 33%
• Carrier Sense Multiple Access 33%
• Packet Success Probability 33%
• Probability Density Function 33%

Computer Science

• Media Access Control 100%
• Smart Grid 100%
• Multipath Fading 33%
• Traffic Condition 33%
• Physical Layer 33%
• Customer Premise 33%
• closed-form expression 33%
• Multiple Access 33%
• Analytical Model 33%
• Collecting Data 33%
• Propagation Channel 33%
• Outage Probability 33%
• Packet Success Probability 33%
• Probability Density Function 33%
• Service Provider 33%