This study addresses the limited application of deep learning techniques in the field of walnut disease and pest and the challenges posed by complex relationships and diverse entity types in this domain. We propose a ...
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To solve the problem of automatic mapping of single line diagrams in distribution networks, a large amount of manual adjustment is required to meet practical requirements. This article is based on automatic mapping of...
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Monitoring of environmental parameters in areas with a sparsely populated and less infrastructure is quite challenging due to issues such as high power consumption, limited range for transmission, and lack of scalabil...
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Automatic Speech Recognition (ASR) is a prevalent approach for attaining human-machine interaction by enabling machines to transcribe speech data. We propose a Continuous Speech Recognition model in the Kannada langua...
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ISBN:
(纸本)9783031640667;9783031640674
Automatic Speech Recognition (ASR) is a prevalent approach for attaining human-machine interaction by enabling machines to transcribe speech data. We propose a Continuous Speech Recognition model in the Kannada language using deep learning techniques such as Convolutional Neural Networks (CNN) and Bidirectional Gated Recurrent Units (Bi-GRU). The model was trained and validated using 100 and 20 h of data, respectively. The experiment has generated encouraging results with a Character Error Rate (CER) of 15.62% and a Word Error Rate of 34.47% (WER).
A backdoor attack is a malicious act in which a hacker takes advantage of holes in the system to enter without authorization. This requires changing the network and authentication processes in order to insert maliciou...
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This research work targets a problem in edge intelligent devices where caching becomes challenging task. We propose a Federated learning (FL) technique that uses local model as Support Vector Machines (SVM) and global...
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ISBN:
(纸本)9798350328929
This research work targets a problem in edge intelligent devices where caching becomes challenging task. We propose a Federated learning (FL) technique that uses local model as Support Vector Machines (SVM) and global model as a Neural Network. Each participant in one FL run would train a SVM on its local data and use it to make predictions. Further, local aggregated predictions and learned SVM boundary used to train a global NN model. SVM is a simple and fast algorithm that can work well on small, local datasets, while Neural Networks are capable of modeling more complex relationships in data and can achieve higher accuracy on large, global datasets. The combination of these two models balances the trade-off between local accuracy and global accuracy, while preserving privacy by only sharing predictions. Results of this approach demonstrate its potential to provide a more accurate representation of data across multiple participants in a federated learning setup to predict cache and increase cache hit.
This research delves into deep learning and machine vision applications for plant leaf disease detection in agricultural settings, focusing on farm village datasets. Utilizing a blend of authentic farm village data an...
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Machine learning (ML) - enabled systems capture new frontiers of industrial use. The development of such systems is becoming a priority course for many vendors due to the unique capabilities of Artificial Intelligence...
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ISBN:
(纸本)9798400705915
Machine learning (ML) - enabled systems capture new frontiers of industrial use. The development of such systems is becoming a priority course for many vendors due to the unique capabilities of Artificial Intelligence (AI) techniques. The current trend today is to integrate ML functionality into complex systems as architectural components. There are a lot of relevant challenges associated with this strategy in terms of the overall system architecture and in the context of development workflow (MLOps). The probabilistic nature, crucial dependency on data, and work in an environment of high uncertainty do not allow software engineers to apply traditional software development methodologies. As a result, there is a community request to systematize the most relevant experience in building software architectures with ML components, to create new approaches to organizing the process of developing ML-enabled systems, and to build new models for assessing the system quality. Our research contributes to all mentioned directions and aims to create a methodology for the efficient implementation of ML-enabled software and AI components. The results of the research can be used in the design and development in industrial settings, as well as a basis for further studies in the research field, which is of both practical and scientific value.
Machine learning models often excel in controlled environments but may struggle with noisy, incomplete, or shifted real-world data. Ensuring that these models maintain high performance despite these imperfections is c...
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ISBN:
(纸本)9783031777370;9783031777387
Machine learning models often excel in controlled environments but may struggle with noisy, incomplete, or shifted real-world data. Ensuring that these models maintain high performance despite these imperfections is crucial for practical applications, such as medical diagnosis or autonomous driving. This paper introduces a novel framework to systematically analyse the robustness of Machine learning models against noisy data. We propose two empirical methods: (1) Noise Tolerance Estimation, which calculates the noise level a model can withstand without significant degradation in performance, and (2) Robustness Ranking, which ranks Machine learning models by their robustness at specific noise levels. Utilizing Cohen's kappa statistic, we measure the consistency between a model's predictions on original and perturbed datasets. Our methods are demonstrated using various datasets and Machine learning techniques, identifying models that maintain reliability under noisy conditions.
Intricacy is one of the challenges associated with robotic hand systems. By offering simple and efficient systems, the chance of utilizing them being rejected is reduced. The study aims to develop a deep learning-base...
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