Electrochemical detection of arsenic via a microfluidic sensor and mobile interface towards affordable, rapid, and point-of-use water monitoring.
Unyoung KimBenjamin DemareeJessica VanderGiessenMary ReynoldsKyle PerriconeJohn SeubertZuhayr ElahiSonny GandhiShoba KrishnanSilvia FigueiraPublished in: Healthcom (2013)
Keyphrases
- water supply
- real time
- detection algorithm
- mobile devices
- false alarms
- automatic detection
- detection method
- data acquisition
- sensor networks
- object detection
- acoustic emission
- detection accuracy
- user friendly
- shandong province
- wireless sensor
- detection rate
- monitoring system
- mobile phone
- context aware
- mobile networks
- high sensitivity
- mobile learning
- sensor data
- forward looking infrared
- false positives