TL;DR
This work introduced a vision-based waste classification system that relies on Deep Meta-Learner Stacking with Explainable AI (DMLSE) to merge the unique feature representations of a BasicCNN, VGG16, ResNet50V2, and MobileNetV2 across the synthetic, garbage, and waste classification datasets.
Rapid urbanization and population growth have made efficient waste management a critical environmental challenge. While deep learning has advanced automated waste classification, most existing models either rely on computationally heavy architectures that are unsuitable for resource-constrained edge devices or are limi...
Given the billions of tons of solid waste produced worldwide each year, waste recycling is critically important for the global environment and economy. Classifying recyclable materials is essential to overcome the inefficiencies and high error rates associated with manual sorting. Deep learning models offer a powerful...
Waste mismanagement continues to represent a major environmental and operational challenge in urban areas, particularly due to inefficient waste segregation practices that reduce recycling effectiveness and contribute to increasing landfill accumulation. Although recent advances in deep learning have shown strong poten...
Waste Classification and management are crucial to improving the environment, with the ultimate goal of promoting economic recycling and environmental safety. Due to the vast diversity of waste, relying on manual Waste Classification and recycling waste products remains ineffective and costly. Advancements in Computer...
The rapid increase in household waste due to rising living standards has made efficient garbage classification a critical global challenge. Traditional manual sorting methods suffer from low efficiency, high labor intensity, and inconsistent accuracy. This paper presents a lightweight multimodal deep learning framework...
The continuous increase in municipal waste generation presents a significant challenge for sustainable development, emphasizing the importance of intelligent waste classification systems. Deep learning-based classification systems have achieved reliable results, enabling the automatic identification of waste categories...
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