Analysis of error control code use in ultra-low-power wireless sensor networks

Keyphrases

• Analog Decoders 66%
• Analog Implementation 33%
• Battery Life 33%
• Circuit Level 33%
• Circuit Networks 33%
• Circuit System 33%
• Circuitry 33%
• Communications Applications 33%
• Decoder 66%
• Decoder Complexity 33%
• Device Level 33%
• Device Networks 33%
• Digital Implementation 66%
• Energy Efficient 66%
• Energy Saving System 33%
• Environmental Scenarios 33%
• Error Analysis 100%
• Error Control Coding 100%
• High-speed Wireless 33%
• Industrial Scenario 33%
• Low Power Wireless Sensors 100%
• Medical Scenarios 33%
• Network Level 33%
• Processing Energy 33%
• Reliable Communication 33%
• Security Scenario 33%
• System Level 33%
• Transmission Rate 33%
• Transmit Power 33%
• Ultra-low Power 100%
• Wireless Sensor Networks 33%

Computer Science

• Circuit Systems 50%
• Energy Efficient 100%
• Error Control 100%
• Error Control Coding 100%
• Power Efficient 50%
• Reliable Communication 50%
• Transmission Rate 50%
• Wireless Sensor Network 100%

Engineering

• Battery (Electrochemical Energy Engineering) 33%
• Control Code 100%
• Energy Engineering 100%
• Network Level 33%
• Reliable Communication 33%
• Transmissions 33%
• Wireless Sensor Network 100%