Dispatching management system and method applied to deep-sea organism monitoring buoy

By introducing data acquisition, processing, and intelligent scheduling subsystems onto deep-sea biological monitoring buoys and combining multiple operating modes, the problems of energy waste and slow system response in energy-unstable environments have been solved, achieving long-term stable operation and efficient energy management.

CN121433480APending Publication Date: 2026-01-30FISHERY MACHINERY & INSTR RES INST CHINESE ACADEMY OF FISHERY SCI
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Patent Information

Application Number
CN202511590213.9
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-10-31
Publication Date
2026-01-30

AI Technical Summary

Technical Problem

Traditional deep-sea biological monitoring buoys are prone to power depletion in environments with unstable energy supply, resulting in slow system response, lack of flexible task scheduling mechanisms, energy waste and data loss, and a lack of effective task priority management and energy consumption prediction capabilities.

Method used

It adopts a data acquisition, processing and intelligent scheduling subsystem, combined with a watchdog mode, a monitoring mode, a wrap-up mode and a sleep mode, and dynamically switches the working mode through power and sound signal status to realize automatic task scheduling and energy consumption control.

Benefits of technology

It improves the long-term stable operation capability and energy efficiency of the buoy, ensures the lowest energy consumption of the system in extreme environments, and achieves data integrity and system stability.

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Abstract

The invention discloses a dispatching management system and method applied to a deep-sea organism monitoring buoy, and relates to the field of deep-sea organism monitoring, and the system comprises a data collection subsystem which collects the data of the deep-sea organism monitoring buoy; the data processing subsystem is used for determining the electric quantity state according to the electric quantity of the battery, screening underwater sound signals based on the sound signal state, screening water surface images based on the water surface object state and then uploading the electric quantity state and the water surface image to the intelligent scheduling subsystem; the meteorological data, the water quality data and the position data are analyzed and uploaded to the intelligent scheduling subsystem; and the intelligent scheduling subsystem selects one mode from a watching mode, a monitoring mode, an ending mode and a sleep mode as a current mode by combining a preset start-stop strategy, generates an instruction and respectively issues the instruction to the data acquisition subsystem and the data processing subsystem so as to control start-stop of data acquisition and start-stop of data reporting. The long-term stable operation capability and the energy use efficiency of the buoy are improved.
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