A fermentation process monitoring software system was designed and developed using high-level programming languages of Python and JavaScript based on Brower/Server architecture for monitoring and controlling the fermentation process. This software system applied Python-based Django framework and JavaScript-based VUE framework, used MySQL and Redis databases as the information carrier, and ran on local Raspberry Pi embedded Linux operating system. Accessed through a Web browser, it had such functions as data acquisition, data summarization, datasheet display and multi-batch multi-parameter curve comparison. Meanwhile, a supporting cloud system was built on a cloud server, and Web pages were identical with the local software system. Users could monitor the fermentation equipment remotely via a Web browser on any computer that has access to the public network. This software system was connected to the fermentation equipment for multiple batches of fermentation experiments, so as to test its functionality and performance in the experiments. The results showed that all functional modules of the system can operate properly and deliver the expected effects.
XU Zhiguo
,
WANG Kun
,
DING Jian
. Design and application of embedded fermentation process monitoring system based on B/S architecture[J]. Food and Fermentation Industries, 2023
, 49(20)
: 59
-65
.
DOI: 10.13995/j.cnki.11-1802/ts.034167
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