Page 9 - NSYSU Research Highlights
P. 9

Exploring                                       AI Shrimp 

          Fish Biodiversity of                            Aquaculture System

          South China Sea

                                                          An Artificial Intelligence Shrimp Aquaculture System
                                                          was created by Professor Chin-Chang Hung,
          From the Department of Oceanography,            Department of Oceanography and Professor Ing-
          Dr. Teyu Liao is an ichthyologist               Jer Huang, Department of Computer Science
          whose expertise is in phylogeny,                and Engineering.  The system combines the
          biodiversity and population genetics of         Information technology facilitating the management
          marine fishes. Dr. Liao and his fellow          of aquaculture farming, including a shrimp pond
          researchers from Institute of Marine            equipped with feeding machine, central sewage
          Ecology and Resources, Vietnam                  system,  underwater  camera, water  quality
          investigated together on the fish fauna         sensor, and AI image processing  technology.
          throughout the entire coastline of              It provides real-time water quality data analysis
          Vietnam using morphological characters
                                                          and highly visible underwater images. It implements
                                                          a variety of  automatic  mechanisms,  such
                                                          as prediction and analysis of shrimp growth, critical
                                                          warning during emergencies,  smart feeding
                                                          and sewage decision. The research is expected
                                                          to automate the farming process and improve
                                                          the shrimp’s growth, benefiting the population
                                                          that struggles to respond to weather emergency
                                                          and other crisis that requires
                                                          an  immediate  response.
          to identify the specimens and DNA               The  collaboration  of  the
          barcode their COI gene sequences.               academic research and the
          A total of more than 3,600 tissue               shrimp farming industry
          samples were collected; their voucher           can be anticipated to
          specimens were brought back to Taiwan           have similar productivity
          and deposited in the Department of              as  Norwegian  Salmon
          Oceanography at National Sun Yat-sen            Aquaculture System.
          University. All species were processed
          and a reliable DNA barcode reference
          library for these fish was established
          by the bilateral collaboration between
          Taiwan and Vietnam. Their output
          improves the knowledge of Vietnamese
          coastal fish faunae, which will contribute
          to better monitoring, conservation, and
          management of fisheries in Vietnam.
          In addition to Vietnam, a bilateral
          collaboration  with  the  Philippines  is
          underway and a new research project
          with Brunei will soon be launched.







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