When Sharing Economy Meets IoT: Towards Fine-grained Urban Air Quality Monitoring through Mobile Crowdsensing on Bike-share System

Keyphrases

• Bike-sharing System 100%
• Mobile Crowdsensing 100%
• Urban Air Quality Monitoring 100%
• Sharing Economy 100%
• Bayesian Compressive Sensing 66%
• Public Health 33%
• Cardiovascular Disease 33%
• Ambient Environment 33%
• Particulate Matter 2.5 (PM2.5) 33%
• Respiratory Disease 33%
• Air Pollution 33%
• Direct Measurement 33%
• Data Sampling 33%
• Calibration Method 33%
• Real-world Experiment 33%
• Air Quality Data 33%
• Map Covering 33%
• Sensing Algorithm 33%
• Pollutant Sensor 33%
• Environment-aware 33%
• Aware System 33%
• Air Quality Maps 33%
• Respiratory Cancer 33%
• Social Economy 33%
• Health Economics 33%
• Air Quality Monitoring 33%
• Shared Bicycle 33%
• Small Particulate Matter 33%
• Data Calibration 33%
• Incentive Schemes 33%
• Grid Structure 33%
• Scalable System 33%
• Multi-pollutant 33%
• Inference Model 33%
• Low-cost System 33%
• Data Inference 33%

Computer Science

• Internet-Of-Things 100%
• Monitoring Quality 100%
• Compressive Sensing 50%
• Sharing System 25%
• Computer Hardware 25%
• Design Implementation 25%
• Air Pollution 25%
• Measurement Data 25%
• Calibration Data 25%
• Ambient Environment 25%
• Scalable System 25%
• Inference Model 25%
• Sampling Data 25%