References
- Q. Yuan., C.H. Chu, S.J. Weng, Design and implementation of
automatic monitoring system based on AT89C51 aquaculture
environmental parameters, Agric. Network Inf., 4 (2012)
13–16+20.
- J.Q. Huang, W.X. Wang, S. Jiang, D.Z. Sun, G.C. Ou, K.J. Lu,
Development and test of aquaculture water quality monitoring
system based on wireless sensor network, J. Agric. Eng.,
29 (2013) 183–190.
- Y.J. Chen, P.X. Liu, F. Chen, Q.Q. He, The Design of Sea
Water Aquaculture Water Quality Monitoring System Based
on Zigbee and Data Fusion, International Informatization
and Engineering Associations, Atlantis Press, Proc. 2015
5th International Conference on Computer Sciences and
Automation Engineering, Vol. 4, 2015, pp. 101–104.
- J.C. Jin, J. Zhang, F. Shao, T.W. Cui, A marine environment
monitoring unmanned ship system and its marine applications,
Coastal Eng., 34 (2015) 87–92.
- H.J. Wang, Design of ship heading controller for fuzzy adaptive
PID control: industrial control computer, 29 (2016) 86–87.
- Z.X. Dong, U.C. Wejinya, I.H. Elhajj, Fabrication and testing of
ISFET based pH sensors for microliter target solutions, Sens.
Actuators, 194 (2013) 181–187.
- J.H. Fang, J. Zou, Y. Liu, S.J. Wang, S.H. Xu, Application
of different dissolved oxygen sensors in the water quality
monitoring system based on the Internet of things technology,
Shandong Agric. Sci., 48 (2016) 134–138.
- J. Chen, F. Lu, G. Peng, A quantitative approach for delineating
principal fairways of ship passages through a strait, Ocean
Eng.,103 (2015) 188–197.
- Q. Wang, Q.P. Zhang, W. Zhou, Study on Remote Sensing
Image Segmentation Based on ACA–FCM, Phys. Procedia,
33 (2012) 1286–1291.