%0 Journal Article %1 noauthororeditor %A Hema, M. S. %D 2022 %J BOHR International Journal of Computer Science %K CNN PrecisionAgriculture Segmentation Weed %N 1 %P 46-49 %T Weed Detection Using Convolutional Neural Network %U https://journals.bohrpub.com/index.php/bijcs/article/view/77 %V 1 %X Precision agriculture relies heavily on information technology, which also aids agronomists in their work. Weeds usually grow alongside crops, reducing the production of that crop. Weeds are controlled by herbicides. The pesticide may harm the crop as well if the type of weed isn't identified. In order to control weeds on farms, it is required to identify & classify them. Convolutional Network or CNN, a deep learning-based computer vision technology, is used to evaluate images. A methodology is proposed to detect weed using convolutional neural networks. There were two primary phases in this proposed methodology. The first phase is image collection & labeling, in which the features for images to be labeled for the base images are extracted. In second phase to build the convolutional neural network model is constructed by 20 layers to detect the weed. CNN architecture has three layers namely convolutional layer, pooling layer & dense layer. The input image is given to convolutional layer to extract the features from the image. The features are given to pooling layer to compress the image to reduce the computational complexity. The dense layer is used for final classification. The performance of the proposed methodology is assessed using agricultural dataset images taken from Kaggle database.

@article{noauthororeditor, abstract = {Precision agriculture relies heavily on information technology, which also aids agronomists in their work. Weeds usually grow alongside crops, reducing the production of that crop. Weeds are controlled by herbicides. The pesticide may harm the crop as well if the type of weed isn't identified. In order to control weeds on farms, it is required to identify & classify them. Convolutional Network or CNN, a deep learning-based computer vision technology, is used to evaluate images. A methodology is proposed to detect weed using convolutional neural networks. There were two primary phases in this proposed methodology. The first phase is image collection & labeling, in which the features for images to be labeled for the base images are extracted. In second phase to build the convolutional neural network model is constructed by 20 layers to detect the weed. CNN architecture has three layers namely convolutional layer, pooling layer & dense layer. The input image is given to convolutional layer to extract the features from the image. The features are given to pooling layer to compress the image to reduce the computational complexity. The dense layer is used for final classification. The performance of the proposed methodology is assessed using agricultural dataset images taken from Kaggle database.}, added-at = {2022-07-13T14:14:22.000+0200}, author = {Hema, M. S.}, biburl = {https://www.bibsonomy.org/bibtex/25ac678043d729af8c403a9c80d0c0bcb/bijcs}, interhash = {f02967be13fe264666210a776eb4b54e}, intrahash = {5ac678043d729af8c403a9c80d0c0bcb}, issn = {2583-455X}, journal = {BOHR International Journal of Computer Science}, keywords = {CNN PrecisionAgriculture Segmentation Weed}, language = {English}, month = may, number = 1, pages = {46-49}, timestamp = {2023-01-23T12:59:50.000+0100}, title = {Weed Detection Using Convolutional Neural Network}, url = {https://journals.bohrpub.com/index.php/bijcs/article/view/77}, volume = 1, year = 2022 }