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Found 7 papers, 0 papers with code
Comparing YOLOv8 and Mask RCNN for object segmentation in complex orchard environments
Mask R-CNN, in this single-class scenario, achieved a precision of 0. 85 and a recall of 0. 88.
Immature Green Apple Detection and Sizing in Commercial Orchards using YOLOv8 and Shape Fitting Techniques
This superiority is evident from the metrics: the RMSE values (2. 35 mm for Azure Kinect vs. 9. 65 mm for Realsense D435i), MAE values (1. 66 mm for Azure Kinect vs. 7. 8 mm for Realsense D435i), and the R-squared values (0. 9 for Azure Kinect vs. 0. 77 for Realsense D435i).
Creating Image Datasets in Agricultural Environments using DALL.E: Generative AI-Powered Large Language Model
Similar to these measures, human evaluation also showed that images generated using image-to-image-based method were more realistic compared to those generated with text-to-image approach.
Machine Vision System for Early-stage Apple Flowers and Flower Clusters Detection for Precision Thinning and Pollination
Early-stage identification of fruit flowers that are in both opened and unopened condition in an orchard environment is significant information to perform crop load management operations such as flower thinning and pollination using automated and robotic platforms.
Site-specific weed management in corn using UAS imagery analysis and computer vision techniques
The objective of this study was to perform site-specific weed control (SSWC) in a corn field by 1) using an unmanned aerial system (UAS) to map the spatial distribution information of weeds in the field; 2) creating a prescription map based on the weed distribution map, and 3) spraying the field using the prescription map and a commercial size sprayer.
Using UAS Imagery and Computer Vision to Support Site-Specific Weed Control in Corn
Currently, weed control in a corn field is performed by a blanket application of herbicides that do not consider spatial distribution information of weeds and also uses an extensive amount of chemical herbicides.
UAS Imagery and Computer Vision for Site-Specific Weed Control in Corn
Currently, weed control in a corn field is performed by a blanket application of herbicides which do not consider spatial distribution information of weeds and also uses an extensive amount of chemical herbicides.
