Performance of green LTE networks powered by the smart grid with time varying user density

Keyphrases

• Smart Grid 100%
• LTE Network 100%
• User Density 100%
• Grid Electricity 50%
• Base Station 50%
• CO2 Emission Reduction 50%
• Photovoltaic Panel 50%
• Energy Saving 50%
• Mobile Networks 50%
• Procurement Model 50%
• 4G LTE 50%
• Fossil Energy 50%
• Dynamic Time 50%
• Multiple Energy 50%
• Time Variation 50%
• Base Station Sleeping 50%
• Active Base 50%
• Daily Traffic 50%
• Base Station Site 50%
• Energy Provider 50%
• Renewable Energy Sources 50%
• Long Term Evolution 50%
• Heuristic Algorithm 50%
• Radio Access Network 50%
• Optimal Power Allocation 50%
• Energy Procurement 50%
• Network Quality of Service 50%

Engineering

• Basestation 100%
• Smart Grid 100%
• Long Term Evolution 33%
• Photovoltaic Panel 33%
• Quality of Service 33%
• Simulation Result 33%
• Optimal Power Allocation 33%
• Radio Access Network 33%
• Renewable Energy Source 33%
• Fourth Generation 33%
• Fossil Fuel Energy 33%
• Energy Provider 33%
• Carbon Dioxide 33%

Computer Science

• Smart Grid 100%
• Energy Saving 50%
• Quality of Service 50%
• Optimal Power Allocation 50%
• Heuristic Algorithm 50%
• Mobile Network 50%
• Radio Access Network 50%
• Time Variation 50%
• Long Term Evolution 50%