Optimization of Harvest Time in Microalgae Cultivation Using an Image Processing Algorithm for Color Restoration

Akihiro Kohno; Takeshi Komatsu; Soichi Oka; Hiroaki Fukuda; Hidehiko Yasui; and Hajime Makino

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Optimization of Harvest Time in Microalgae Cultivation Using an Image Processing Algorithm for Color Restoration

机译：使用图像处理算法进行颜色恢复的微藻栽培收获时间的优化

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Algae have been attracting attention as a next-generation alternative energy source to fossil fuels, but the high cost of cultivation remains an issue. This article introduces technology that reduces the cultivation cost through the use of an image-processing algorithm for color restoration to quickly determine the optimal time to harvest algae.

机译：作为藻类燃料的下一代替代能源，藻类一直吸引着人们的注意，但是高昂的种植成本仍然是一个问题。本文介绍了一种技术，该技术可通过使用图像处理算法进行色彩还原来快速确定收获藻类的最佳时间，从而降低栽培成本。

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《NTT Technical Review》 |2017年第11期|共6页
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Akihiro Kohno; Takeshi Komatsu; Soichi Oka; Hiroaki Fukuda; Hidehiko Yasui; and Hajime Makino;
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5. Microalgae Cultivation and Harvesting for the Production of Biofuels [D] . Al Emara, Mohammed-Hassan Khairallah. 2017

机译：微藻的培养和收获，用于生产生物燃料
6. Color reproduction and processing algorithm based on real-time mapping for endoscopic images [O] . Tareq H. Khan, Shahed K. Mohammed, Mohammad S. Imtiaz, -1

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7. Underwater Image Restoration and Enhancement Based on a Fusion Algorithm With Color Balance, Contrast Optimization, and Histogram Stretching [O] . Weilin Luo, Shunqiang Duan, Jiwen Zheng 2021

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8. Cultivation on Sewage of Microalgae Harvestable by Microstrainers. Progress Report [R] . Benemann, J. R., Koopman, B. L., Weissman, J. C., 1977

机译：微生物捕获微藻污水的培养。进度报告

Optimization of Harvest Time in Microalgae Cultivation Using an Image Processing Algorithm for Color Restoration

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