Abstract
This paper describes a client-server architecture for the remote control of instrumentation over the Internet network. The proposed solution allows multiuser, multi-instrument sessions by means of a queueing and instrument locking capability. Client applications can be easily developed by using conventional high-level programming languages or well-assessed virtual instrumentation frameworks. Performance tests are reported; they show the low overhead due to network operation with respect to the direct control of instrumentation. © 1998 IEEE.
Author supplied keywords
- Acquisition rate
- Analog acquisition
- Arduino
- Client-server systems
- DAQ
- Data acquisition
- Data acquisition system
- Distributed measurement system
- Education
- High dynamics
- Intelligent sensors
- Internet
- Internetworking
- Java
- Lab VIEW
- Low cost
- Measurement system data handling
- Monitoring
- Python
- Reliability
- Remote sensing
- Renewable energy sources
- Vehicle applications
- arduino
- automation
- control
- daq
- data acquisition system
- data acquisition system (DAQ)
- electrical parameters
- industrial
- low cost
- low-cost
- power
- process
- signal conditioning
- system
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CITATION STYLE
Bertocco, M., Ferraris, F., Offelli, C., Parvis, M., Blanco, J. R., Ferrero, F. J., … Areeb, M. (2017). Signals using Arduino. Sensors (Switzerland), 47(2), 1–5.
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