| Summary: | 碩士 === 南台科技大學 === 電機工程系 === 99 === The fishermen suffered heavy losses because of the followings causes：(1) Seasonal
unstable weather, (2) Large daily temperature difference, (3) Interruption resulting from
cable theft, (4) Lack of enough oxygen.
Traditional fish farms often use artificial management methods that are
time-consuming, laborious and not economic. With the ever-changing technology, this
thesis attempts to use Mitsubishi Q series PLC combined with open field network
CC-Link as research basis for human machine interface and programming languages
VB to provide a shared technology platform for detection and control of temperature,
feed, liquid level, oxygen, water tankers, anti-theft scheme, I/O devices and power
supplies. Through the Internet we can construct a complete set of intelligent fisheries
management and monitoring system.
After several simulation tests and experiments, it can prove the reliability of the
system and fully attained the purpose of intelligent management and remote control of
fisheries cultivation, enhance the economic benefits of aquaculture industry.
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