Research on Fishery Water Quality Monitoring System Based on 6LoWPAN

Abstract

A fishery water quality monitoring system, based on 6LoWPAN, is proposed which can automatically implement various kinds of supervising tasks according to the changing environment. This system is applied to water quality monitoring of fisheries, realizing remote automatic online monitoring of water quality parameters such as temperature, salt content, pH, and dissolved oxygen, which have a significant impact on the aquatic product growth environment. The monitoring centre software performs the received data analysis, processing, storage, graphic display and alarm, providing the best growth environment for aquatic products. Compared with the existing fishery water quality monitoring methods, the system uses the IPv6 over IEEE 802.15.4 standard to construct a wireless sensor network. 6LoWPAN technology is easier to integrate into larger networks and easier to integrate with Internet-based services. This system can effectively improve the level of water quality management, reduce the risk of aquaculture, and achieve sustainable development of the aquaculture industry.

Wireless Sensor Networks for Water Quality Monitoring: A Comprehensive Review

“…It can easily connect with established IP networks, which adds the factor of flexibility. This technology is recommended for high-density networks given this advantage [89]. Research conducted in [89]- [91] presents applications of 6LoWPAN technology for WQM that demonstrate successful implementations.…”

“…This technology is recommended for high-density networks given this advantage [89]. Research conducted in [89]- [91] presents applications of 6LoWPAN technology for WQM that demonstrate successful implementations. In [89], IPv6 sensor nodes, a 6LoWPAN gateway that functions as the link between the network and the internet, and a web application server deployed on a remote IP network are used.…”

“…Research conducted in [89]- [91] presents applications of 6LoWPAN technology for WQM that demonstrate successful implementations. In [89], IPv6 sensor nodes, a 6LoWPAN gateway that functions as the link between the network and the internet, and a web application server deployed on a remote IP network are used. [90] presents the design of a WQM system that uses TelosB motes for communication between the transmitter and the receiver for subsequent internet connection that allows generating an early warning based on water pollution levels.…”