this paper proposes an innovative deep reinforcement learning framework for building a power dialogue system, which aims to optimize the interactive experience and efficiency of power services. therefore, this paper d...
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this study investigates how students interact withintelligent agents based on metacognitive strategies, and the changes in metacognitive levels within AI-supported collaborative learning environments. It was conducte...
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the proceedings contain 181 papers. the topics discussed include: construction of highway electromechanical automation operation and maintenance system based on computer network;carbon emission reduction decision and ...
ISBN:
(纸本)9798400709517
the proceedings contain 181 papers. the topics discussed include: construction of highway electromechanical automation operation and maintenance system based on computer network;carbon emission reduction decision and optimization of blockchain-based supply cold chain;design and implementation of e-commerce big data analysis system based on Hadoop;design and research on supervision project management system based on system engineering;research on a mine safety intelligent protection system based on an embedded platform and exponential smoothing algorithm;digital management system for power grid devices: design and implementation;design of a university book push system based on big data;optimization strategies for testing environments in large-scale distributed systems based on Java-Agent;and a deep learning framework: prediction of the number of participants in wordle and the distribution of game outcomes.
optimizationtheory serves as a pivotal scientific instrument for achieving optimal system performance, with its origins in economic applications to identify the best investment strategies for maximizing benefits. Ove...
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EVAL IQ is an innovative educational assessment platform designed to simplify the evaluation process for both educators and learners. It offers separate portals tailored to each group's needs. Teachers can manage ...
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this study presents a comprehensive framework for credit scoring in loan application processes. the research presents a framework that uses data analysis and machine learning techniques to evaluate creditworthiness, i...
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Alzheimer's disease (AD) is a substantial public health challenge due to its rising prevalence on a global scale. Timely identification and tailored treatment are essential for enhancing patient results and maximi...
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the design and analysis of a 4:1 WR28 waveguide power combiner developed for Ka-band frequency microwaves has been presented and designed using the electromagnetic simulation platform, CST Studio Suite. Within the spe...
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In the rapid development of industrial networks, in the face of complex and changeable network environments, the demand for reliable and efficient communication systems is becoming increasingly prominent. In this pape...
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Online Raman spectroscopy technology uses frequency shift of scattered light to obtain real-time characteristic peak information of the test substance, combined with machine learning regression models for real-time co...
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ISBN:
(纸本)9798400716645
Online Raman spectroscopy technology uses frequency shift of scattered light to obtain real-time characteristic peak information of the test substance, combined with machine learning regression models for real-time concentration prediction. However, in the microbial cultivation process, due to the complex and variable composition of the cultivation system substances, this poses a great challenge to the performance of the model. In addition, model training requires a large amount of data, and the process of collecting a large number of samples for offline detection is very difficult. In this study, a convolutional neural network was introduced to replace the partial least squares model in chemometrics to improve the accuracy of model prediction, and a non-offline sampling labeling technique was proposed to obtain a semi-supervised training set with sufficient data. For multiple detection substances, each substance's feature peak position was optimized using a genetic algorithm, and transfer learning was implemented through fine-tuning model structure and hyperparameters to retrain difficult-to-sample substance correlation models. Introduction of transfer learning also adapts to errors in the production scaling-up process without the need for completely retraining the model. With its unique convolutional kernel structure, the convolutional neural network replaces the tedious sliding window filtering and calibration processes in spectral pre-processing, simplifying the spectral processing workflow. After multiple batches of data cross-validation training, the model exhibits excellent robustness and accuracy, and is suitable for predicting substances in microbial cultivation process.
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