Development of low-cost plastic microfluidic sensors toward rapid and point-of-use detection of arsenic in drinking water for global health.
Unyoung KimJessica VanderGiessenBenjamin DemareeMary ReynoldsKyle PerriconePublished in: BioCAS (2013)
Keyphrases
- low cost
- drinking water
- low cost sensors
- automatic detection
- real time
- driving force
- development process
- software engineering
- false alarms
- sensor data
- health care
- data acquisition
- detection rate
- data fusion
- information processing
- object detection
- event detection
- detection algorithm
- knowledge based systems
- st century
- detection accuracy
- knowledge management
- millimeter wave
- independent living
- sensor networks