Remote real-time image acquisition and three-dimensional reconstruction system of water area plankton

Abstract

The invention relates to a remote real-time image acquisition and three-dimensional reconstruction system of water area plankton. The remote real-time image acquisition and three-dimensional reconstruction system comprises a remote server and an underwater image acquisition system, wherein the remote server and the underwater image acquisition system are connected through a wireless network; and the underwater image acquisition system comprises a Linux operating system, an S3C6410 board, an onboard external interface, acquisition equipment, an USB (Universal Serial Bus) module and a 3G (The 3rd Generation Telecommunication) module, wherein the acquisition equipment is arranged in a water area to be detected, the S3C6410 board is independently connected with the Linux operating system and the onboard external interface, the onboard external interface is connected with the USB module and the 3G module, and the USB module is connected with the acquisition equipment. Research personnel can dynamically monitor the plankton in real time in virtue of a microscopic camera, a wireless network and a PC (Personal Computer), transmit obtained data to the server through the wireless network, simultaneously archive a microorganism microphotograph and carry out three-dimensional reconstruction on the plankton to realize the three-dimensional presentation of the plankton.

Description

technical field [0001] The invention belongs to the technical field of environmental monitoring, and relates to a remote real-time image collection and three-dimensional reconstruction system for plankton in water areas. Background technique [0002] Plankton is an important part of aquatic ecosystems. Plankton, including phytoplankton belonging to primary productivity and zooplankton belonging to secondary productivity, is a large and complex ecological group in nature. In marine waters and artificial aquaculture waters, plankton not only has a great influence on the growth and development of some specific organisms, but also plays an extremely important role in the water food chain, and can be used as the basis for studying marine geology, seabed oil resources, and ocean current indicator species Sex research topics, to provide reference and help for the latter research. [0003] The traditional method for the observation and research of plankton is mainly to collect wat...

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Problems solved by technology

[0004] The technical problem to be solved by the present invention is: to overcome the deficiencies of the prior art, to provide a remote real-time image acquisition and three-dimensional reconstruction system for plankton in water areas, and to solve the shortcomings of inconvenient real-time observation of plankton in the past

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