Optimizing wirelessly powered crowd sensing: Trading energy for data

Keyphrases

• Crowdsensing 100%
• Wireless Power 100%
• Compression Ratio 50%
• Energy Consumption 50%
• Sensing Data 50%
• Mobile Sensors 50%
• Mobile Crowdsensing 50%
• Data Utility 50%
• Optimization Problem 25%
• Wireless Sensor Networks 25%
• Battery Life 25%
• User Device 25%
• Access Point 25%
• Threshold Method 25%
• Human Involvement 25%
• Transmission Length 25%
• Wireless Power Allocation 25%
• Optimal Compression Ratio 25%
• Point Data 25%
• Allocation Policy 25%
• Priority Function 25%
• Compression Sensor 25%
• Incentivization 25%
• Wireless Power Transfer 25%
• Optimal Power Allocation 25%
• Service Operator 25%

Engineering

• Compression Ratio 100%
• Mobile Sensor 100%
• Optimisation Problem 50%
• Wireless Sensor Network 50%
• Access Point 50%
• Power Allocation 50%
• Battery Life 50%
• Optimal Power Allocation 50%
• Wireless Power Transfer 50%
• Optimal Compression Ratio 50%

Computer Science

• Compression Ratio 100%
• Energy Consumption 66%
• Mobile Sensor 66%
• Optimization Problem 33%
• Access Point 33%
• Power Allocation 33%
• Human Involvement 33%
• Optimal Power Allocation 33%
• Allocation Policy 33%
• mobile wireless sensor network 33%