Design of Downlink Synchronization for Millimeter Wave Cellular System Based on Multipath Division Multiple Access

Keyphrases

• Systems-based 100%
• Synchronization Algorithm 100%
• Multipath 100%
• Multiple Access 100%
• User Data 100%
• CellSearch 100%
• Downlink Synchronization 100%
• Secondary Control 100%
• Millimeter Wave Cellular Network 100%
• Carrier Frequency Offset 50%
• Joint Estimation 50%
• Cellular Systems 50%
• Cyclic Prefix 50%
• Cell-ID 50%
• Differential Detection 50%
• Hardware Design 50%
• Multiple Access Systems 50%
• Failure Rate 50%
• Shared Memory 50%
• Control Signal 50%
• With Memory 50%
• Carrier Synchronization 50%
• Integer Frequency Offset 50%
• Novel Architectures 50%
• Joint Detection 50%
• Preamble Sequence 50%
• Frame Header 50%
• Residual Frequency Offset 50%
• Detection Failure 50%
• User Data Rate 50%
• Offset Detection 50%
• Initial Synchronization 50%
• Primary Control 50%
• Normalized Residual 50%

Computer Science

• carrier frequency offset 100%
• Multiple Access 100%
• Cellular System 100%
• User Data 100%
• Downlink Synchronization 100%
• Frequency Domain 66%
• Secondary Control 66%
• Differential Detection 33%
• Hardware Design 33%
• Failure Detection 33%
• Control Signal 33%
• Carrier Frequency 33%
• Future Generation 33%
• Synchronization Process 33%
• Preamble Sequence 33%

Engineering

• Carrier Frequency 100%
• Millimeter Wave 100%
• Multiple Access 100%
• Time Domain 50%
• Frequency Domain 50%
• Data User 50%
• Cell Search 50%
• Simulation Result 25%
• Joints (Structural Components) 25%
• Cyclic Prefix 25%
• Data Rate 25%
• Failure Rate 25%
• Control Signal 25%
• Primary Control 25%