Spectrum-efficient multi-channel design for coexisting IEEE 802.15.4 networks: A stochastic geometry approach

Engineering

• Stochastic Geometry 100%
• Multichannel 100%
• Time Domain 66%
• Channel Gain 66%
• Failure Probability 66%
• Metrics 66%
• Longer Term 33%
• Outage Probability 33%
• Single Channel 33%
• Interference Alignment 33%
• Spatial Domain 33%
• Operating Parameter 33%
• Sensor Network 33%
• Obtains 33%
• Design Spectrum 33%
• Superframe 33%

Keyphrases

• Multichannel Design 100%
• IEEE 802.15.4 Network 100%
• Failure Probability 66%
• Random Topology 33%
• Random Wireless Networks 33%
• Design Spectra 33%
• Interlocking Networks 33%
• Time-domain Interference Alignment 33%
• Superframe Structure 33%
• Long-term Operating 33%
• Gain Uncertainty 33%
• IEEE 802.15.4 33%
• Probabilistic Constraints 33%
• Frequency Channel 33%

Computer Science

• Performance Metric 100%
• Network Performance 50%
• Superframe Structure 50%
• Random Wireless Network 50%
• Random Topology 50%
• Sensor Networks 50%
• wireless ad hoc network 50%
• Outage Probability 50%
• Frequency Domain 50%
• Graph Theory 50%
• Frequency Channel 50%