Integration of contrast-adaptive colour correction and convolutional neural network for cryptocaryon fish disease detectionOA
Integration of contrast-adaptive colour correction and convolutional neural network for cryptocaryon fish disease detection
Nor Hazlyna Harun;Siti Naquiah Md Pauzi;Mohamad Ghozali Hassan;Nooraini Yusoff;Beng Chu Kua;Neil Gordon
Data Science Research Lab,School of Computing,Universiti Utara Malaysia,Sintok,Kedah,06010,Malaysia||School of Tourism and E-Commerce,Baise University,Baise,533000,ChinaSchool of Technology Management and Logistics,Universiti Utara Malaysia,Sintok,Kedah,06010,MalaysiaSchool of Technology Management and Logistics,Universiti Utara Malaysia,Sintok,Kedah,06010,Malaysia||School of Tourism and E-Commerce,Baise University,Baise,533000,ChinaFaculty of Data Science and Computing,Universiti Malaysia Kelantan,Kelantan,16100,MalaysiaFisheries Research Institute,Department of Fisheries Malaysia,Batu Maung,Penang,11960,MalaysiaSchool of Computer Science,University of Hull,Hull,HU6 7RX,United Kingdom
Fish disease detectingContrast adaptive colour correctionConvolutional neural networksUnderwater imagesImage enhancementArtificial intelligence
Fish disease detectingContrast adaptive colour correctionConvolutional neural networksUnderwater imagesImage enhancementArtificial intelligence
《渔业学报（英文）》 2026 (4)
684-696,13
This research was supported by the Ministry of Higher Education(MoHE)through Fundamental Research Grant Scheme(Ref:FRGS/1/2020/ICT02/UUM/02/2(S/O Code:14856)).The content of this article is solely the responsibility of the authors and does not necessarily represent the official views of MoHE,Malaysia.
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