A Realization of Temperature Monitoring System Based on Real-Time Kernel μC/OS and 1-wire Bus
Journal Title: Elektronika - Year 2013, Vol 17, Issue 1
Abstract
The traditional temperature monitoring system generally adopt some analog sensors for collecting data and a microcontroller for processing data for the purpose of temperature monitoring. However, this back-fore ground system has the disadvantages that the system has poor real-time property and single function, the amount of sensors is not easy to expand, and the software system has a difficulty in upgrading. Aiming at these disadvantages, the system designed in this paper adopts brand-new hardware and software structures: a digital temperature sensor array is connected to 1-wire bus and communicated with a control core through 1-wire bus protocol, thus a great convenience is provided for the expansion of the sensor; a real-time operating system is introduced into the software, an application program capable of realizing various functions runs on the real-time kernel μC/OS-II platform. The application of the real-time kernel also provides a good lower layer interface for the late-stage software upgrading.
Authors and Affiliations
Haibo Pu, Lijia Xu, Yanmei Qi
Keywords
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- EP ID EP146368
- DOI 10.7251/ELS1317016P
- Views 123
- Downloads 0
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