在孟加拉国,由于水果需求旺盛,甜橙种植在水果种植者中很受欢迎。然而,甜橙病减少水果产量。研究表明,计算机辅助疾病诊断和机器学习(IML)模型可以通过检测和分类疾病来改善水果产量。在这行,需要甜橙的数据集来诊断这种疾病。此外,像许多其他水果一样,甜橙病可能因国家而异。因此,在孟加拉国,需要甜橙数据集。最后,由于不同的ML算法需要各种格式的数据集,只有少数现有的数据集满足了这一必要性。为了满足限制,收集了孟加拉国的甜橙数据集。该数据集是在8月份收集的,包括记录多种疾病状况的高质量图像,包括柑橘,柑橘绿化,柑橘,死去,叶子损伤,多刺白飞,白粉病,射孔,黄龙,黄色的叶子,健康的叶子这些图像提供了应用机器学习和计算机视觉技术来检测和分类疾病的机会。该数据集旨在帮助研究人员通过ML推进农业工程。其他具有类似环境的甜橙种植国家可能会找到有用的信息。最后,使用我们的数据集进行的此类实验将有助于农民采取预防措施并最大程度地减少经济损失。
In Bangladesh, sweet orange cultivation has been popular among fruit growers as the fruit is in demand. However, the disease of sweet oranges decreases fruit production. Research suggests that computer-aided disease diagnosis and machine learning (IML) models can improve fruit production by detecting and classifying diseases. In this line, a dataset of sweet oranges is required to diagnose the disease. Moreover, like many other fruits, sweet orange disease may vary from country to country. Therefore, in Bangladesh, a sweet orange dataset is required. Lastly, since different ML algorithms require datasets in various formats, only a few existing datasets fulfil the necessity. To fulfil the limitations, a sweet orange dataset in Bangladesh is collected. The dataset was collected in August and comprises high-quality images documenting multiple disease conditions, including Citrus Canker, Citrus Greening, Citrus Mealybugs, Die Back, Foliage Damage, Spiny Whitefly, Powdery Mildew, Shot Hole, Yellow Dragon, Yellow Leaves, and Healthy Leaf. These images provide an opportunity to apply machine learning and computer vision techniques to detect and classify diseases. This dataset aims to help researchers advance agri engineering through ML. Other sweet orange growing countries with having similar environments may find helpful information. Lastly, such experiments using our dataset will assist farmers in taking preventive measures and minimising economic losses.