To correctly and accurately predict and estimate the exchanging rates among various currencies to get the maximum profit is a challenging task, and it is critical important to all financial institutions under the curr...
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ISBN:
(纸本)9798350351705;9798350351699
To correctly and accurately predict and estimate the exchanging rates among various currencies to get the maximum profit is a challenging task, and it is critical important to all financial institutions under the current fluctuation situation. In this study, we try to use different AI methods and algorithms, such as Adaptive Neuro Fuzzy Inference System ( ANFIS) and Deep learning (DL), to easily and correctly predict and estimate the current currency exchanging rate. Combining with some appropriate pre-data-processing techniques, the current currency exchanging rates could be accurately and quickly estimated via those models. In this research, bothalgorithms are designed and built to help decision makers working in the financial institutions to easily and conveniently predict the current exchanging rates. the minimum training and checking RMSE values for ANFIS model can be 0.0009828 and 0.001713. the minimum MSE value for DL model is 0.0000047 with a regression value of 0.9958.
Several approaches have been developed over time aiming to improve the localization aspects, especially in mobile robotics. Besides the more traditional techniques, mainly based on analytical models, artificial intell...
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ISBN:
(数字)9783031774263
ISBN:
(纸本)9783031774256;9783031774263
Several approaches have been developed over time aiming to improve the localization aspects, especially in mobile robotics. Besides the more traditional techniques, mainly based on analytical models, artificial intelligence has emerged as an interesting alternative. the current study proposes to explore the machine learning model structure optimization for pose estimation, using the RobotAtFactory 4.0 competition as the main context. Using a Bayesian optimization-based framework, the parameters of a Multi-Layer Perceptron (MLP) model, trained to estimate the components of the 2D pose (x, y, and theta) of the robot were optimized in four different scenarios of the same context. the results obtained showed a quality improvement of up to 60% on the estimation when compared withthe modes without any optimization. Another aspect observed was the different optimizations found for each model, even in the same scenario. An additional interesting result was the possibility of the reuse of optimization between scenarios, presenting an interesting approach to reduce time and computational resources.
this paper presents a comparative analysis of three distinct training methods - Augmented Reality, Guided Instruction, and Self-Directed Instruction - within an industrial setting, specifically a car manufacturing pla...
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ISBN:
(数字)9783031774263
ISBN:
(纸本)9783031774256;9783031774263
this paper presents a comparative analysis of three distinct training methods - Augmented Reality, Guided Instruction, and Self-Directed Instruction - within an industrial setting, specifically a car manufacturing plant. the study assesses the efficacy of these methods across several metrics including learning efficiency, user satisfaction, and skill retention. the research highlights how Augmented Reality (AR) can enhance the training process by reducing time to competency, improving engagement, and fostering a deeper understanding of complex tasks. the findings indicate that AR, despite its initial learning curve, can outperform traditional methods in several key areas, notably in reducing the time required for training and enhancing participant motivation. the study also explores the emotional responses of participants, providing insights into the user experience associated with each training method. this paper argues for the broader adoption of AR in training modules, suggesting that AR technology can lead to more efficient, engaging, and effective training solutions, thus supporting the ongoing transformation towards Industry 4.0.
Nowadays, there is the paradox of technology: although smartphones have revolutionized our way of living, bringing convenience and connectivity, they have also introduced new challenges, notably distracted driving. th...
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ISBN:
(数字)9783031774324
ISBN:
(纸本)9783031774317;9783031774324
Nowadays, there is the paradox of technology: although smartphones have revolutionized our way of living, bringing convenience and connectivity, they have also introduced new challenges, notably distracted driving. this paper addresses the issue of visual distraction, one of the main contributors to traffic accidents, through the development of an innovative system that combines the application of convolutional neural networks and the functionality of mobile devices. the adopted methodology focused on the collection of a broad set of images to train an artificial intelligence model capable of classifying a qualitative variable with two distinct categories: attention and distraction of a driver. In particular, the study concentrated on creating a mobile application that uses a smartphone's camera to monitor the driver and issue auditory alerts if it detects prolonged distraction. the achieved results highlighted the efficacy of the model, especially after its optimization for the TensorFlow Lite format, suitable for implementation on mobile devices due to its efficiency in terms of speed and resource consumption.
Gradient descent is a fundamental optimization algorithm widely used in artificial intelligence to minimize the loss function and find the optimal parameters of a model, so optimize the learning process. It is one of ...
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Quantum computing is a rapidly evolving field with a wide range of applications in diverse industries. Hybrid quantum computing combines classical and quantum computing to solve complex problems, quantum machine learn...
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ISBN:
(纸本)9780998133171
Quantum computing is a rapidly evolving field with a wide range of applications in diverse industries. Hybrid quantum computing combines classical and quantum computing to solve complex problems, quantum machine learning is a subset of machine learningthat leverages quantum computing for optimization, and quantum embeddings use quantum algorithms to process high dimensional data. Quantum computers have the potential to revoltionize finance, industry, production, drug research, and even consumer-facing services. With quantum computing's ability to handle massive amounts of data and perform complex calculations at incredible speeds, it holds great promise for addressing some of the world's most pressing problems in these areas.
this paper addresses the challenge of designing joint transmit and receive beamforming for dual-function radar-communication (DFRC) systems. the system model under consideration involves multiple communication users a...
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this research investigates the application of deep learning techniques to sentiment analysis, a field focused on mining online platforms for subjective assessments. By combining deep neural networks (DNNs) with partic...
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Deep learning models have become a powerful tool in various domains, including fraud detection in credit card transactions. In this paper, we explore the crucial aspect of hyperparameter tuning to enhance the performa...
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this study introduces a reinforcement learning-based stress wave modal optimization method to improve the de-icing efficiency of transmission lines. Detailed experiments demonstrated that the optimized stress wave par...
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