Machine-to-machine communications over FiWi enhanced LTE networks: A power-saving framework and end-to-end performance

Computer Science

• Energy Efficiency 100%
• End Performance 100%
• Long Term Evolution 100%
• Machine to Machines 100%
• Machine Communication 100%
• Fiber Optic Networks 100%
• Network Operator 50%
• Network Performance 50%
• Energy Consumption 50%
• Cellular Network 50%
• Energy Saving 50%
• Wireless Access Network 50%
• long-term evolution 50%
• Network Architecture 50%
• Backhaul Network 50%
• Markov Process 50%
• Bandwidth Allocation 50%
• Packet Delay 50%
• Dynamic Bandwidth 50%
• Operational Expenditure 50%
• M/G/1 Queue 50%
• Timeouts 50%
• Converged Network 50%

Engineering

• Front End 100%
• End Performance 100%
• Long Term Evolution 100%
• Battery Life 100%
• Long-Term Evolution Network 100%
• Machine-to-Machine Communication 100%
• Fiber Optic Networks 100%
• Conservation of Energy 100%
• Network Operator 50%
• Cellular Network 50%
• Air Interface 50%
• Dynamic Bandwidth 50%
• Packet Delay 50%
• Discontinuous Reception 50%
• End Power 50%
• Constrainedness 50%
• Access Network 50%

Keyphrases

• Power Packet 50%
• Unit Power 50%
• Backhaul Network 50%