The economy of our nation is rooted in agriculture,, which also has a significant impact on how we live our everyday lives. Nevertheless, cotton plant diseases anthracnose and crown gall led to by organisms that cause...
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This paper introduces a all-inclusive crop recommendation system for Indian agriculture, leveraging artificial intelligence and machine learning to increase crop yield and its productivity. Indian agriculture faces ch...
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Artificial intelligence (AI) has the potential to transform clinical decision-making and assistance. In any case, the utilization of current AI methods remains only as a supportive solution to make clinical decisions....
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This work represents a comprehensive analysis of the performance of two popular deep learning architectures, ResNet and MobileNet, with particular attention to their use in the classification of magnetic resonance ima...
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This work represents a comprehensive analysis of the performance of two popular deep learning architectures, ResNet and MobileNet, with particular attention to their use in the classification of magnetic resonance imaging (MRI) pictures. Healthcare professionals need to accurately classify medical images in order to make precise diagnosis and develop successful treatment plans. In this paper authors have done thorough comparative research to clarify the quantitative performance indicators while also exploring qualitative elements, such as the subtle differences between each model's strengths and weaknesses. Beyond the technical assessment, the study investigates ResNet's and MobileNet's computational effectiveness and flexibility in response to the various features present in medical imaging data. The project aims to provide a sophisticated understanding of these deep learning systems in order to make a significant addition to the medical image analysis field as a whole. The ultimate goal is to promote improvements in diagnostic accuracy, which will enable healthcare providers to make better judgments and provide better patient care. The results of this study will be crucial in determining the direction of future advancements in this important field as deep learning and medical imaging continue to cross paths. They provide insightful information that goes beyond ResNet and MobileNet to affect the larger field of deep learning applications in medical diagnostics and treatment planning. The aforementioned study highlights the profound potential of deep learning technology to enhance healthcare procedures and further advance medical science.
Recognition of handwritten characters is a concept in which the single characters are classified, it is a facility of an electronic device to scan and decipher the handwritten input from a variety of sources, includin...
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In this article, an association-based approach is proposed for determining the feature importance of a given dataset which includes the target variable. In particular, the concept of Market Basket Analysis (MBA) is ap...
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With the increasing availability of data, machine learning (ML) predictive models have become a popular tool for making informed decisions in various fields. However, choosing suitable algorithms and techniques to dev...
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Image processing is a very vital part of many medical diagnosis. With the advent of more technologically advanced devices, machine learning implementation has also proven to be boon in the medical world for imaging re...
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Recent breakthroughs in Deep learning have led to a shift in the classification methods for plant infections towards automated feature detection. In this work, we evaluate the performance of existing algorithms for id...
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A common assumption when training embodied agents is that the impact of taking an action is stable;for instance, executing the "move ahead" action will always move the agent forward by a fixed distance, perh...
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