Advances in Environmental Monitoring and Waste Management using Deep Learning

The field of environmental monitoring and waste management is rapidly advancing with the application of deep learning techniques. Recent research has focused on developing innovative methods for monitoring marine litter, detecting illegal landfills, and classifying soil types using convolutional neural networks (CNNs) and other machine learning algorithms. The use of unmanned aerial vehicles (UAVs) and satellite images has improved the accuracy and efficiency of these methods. Additionally, the development of new datasets such as the AerialWaste Dataset and BuzzSet has enabled the training of more accurate models for waste detection and pollinator monitoring. Noteworthy papers include: Automated Landfill Detection Using Deep Learning, which achieved 92.33% accuracy in detecting illegal landfills using lightweight deep learning models. FusionSort, which introduced an enhanced neural architecture for waste sorting and achieved significant performance gains. BuzzSet, which provided a new large-scale dataset for pollinator detection and achieved high F1-scores for honeybee and bumblebee classes.

Sources

Panoptic Segmentation of Environmental UAV Images : Litter Beach

Optimizing Hyper parameters in CNN for Soil Classification using PSO and Whale Optimization Algorithm

Automated Landfill Detection Using Deep Learning: A Comparative Study of Lightweight and Custom Architectures with the AerialWaste Dataset

Robust and Label-Efficient Deep Waste Detection

Automated classification of natural habitats using ground-level imagery

BuzzSet v1.0: A Dataset for Pollinator Detection in Field Conditions

FusionSort: Enhanced Cluttered Waste Segmentation with Advanced Decoding and Comprehensive Modality Optimization

Built with on top of