Spectral estimation for long-term evolution transceivers using low-complex filter banks

Keyphrases

• Reconfiguration 100%
• User Equipment 100%
• Transceiver 100%
• Spectrum Sensing 100%
• Spectral Estimation 100%
• Sensing Approach 100%
• Long Term Evolution 100%
• Digital Front-end 100%
• Complex Filter Bank 100%
• Low Complex 100%
• Energy Saving 50%
• 65nm CMOS 50%
• Filter Bank 50%
• Chip Area 50%
• Power Management 50%
• Complexity Comparison 50%
• Multiplierless 50%
• Power Calculation 50%
• Receiving Process 50%
• Power Consumption 50%
• Consumption-based 50%
• Mobile User Equipment 50%
• Reliable Communication 50%
• Filterless 50%
• Efficient Power 50%
• Communication Standards 50%
• Area Consumption 50%
• Complex multiplier 50%
• Spectral Condition 50%
• Highly Efficient 50%
• Actual Needs 50%
• Calculation Unit 50%
• On-chip Power 50%

Engineering

• Long Term Evolution 100%
• Filter Banks 100%
• Transceiver 100%
• Spectral Estimation 100%
• Optical Spectrum 100%
• Simulation Result 50%
• Case Scenario 50%
• Electric Power Utilization 50%
• Reliable Communication 50%
• Mobile User 50%
• Chip Area 50%
• Power Management 50%

Computer Science

• Filter Bank 100%
• long-term evolution 100%
• Optical Spectrum 100%
• Spectral Estimation 100%
• Power Consumption 50%
• Collect Information 50%
• Power Efficient 50%
• Receiving Process 50%
• Power Management 50%
• Reliable Communication 50%