Industrial Manufacturing plays an important role in the global economy, and estimates suggest that approximately 27 hours per month are lost in any major facility due to unplanned stoppages. The advent of Industrial I...
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Brain-computer interface (BCI) is a technology that uses EEG signals to realize human-computer interaction. Motor imagery is a commonly used EEG paradigm, which has the advantage of active control and can be used in n...
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In the manufacturing industry, production efficiency is the core competitiveness of enterprises, but also an important goal of enterprise production planning management, and in recent years, the production efficiency ...
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To solve the problem that high dams have high data dimension, high collection density and it is difficult for traditional data analysis methods to obtain effective information from large amounts of data in the constru...
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With the rapid development of artificial intelligence technology, human-computer interaction has also undergone tremendous changes. The development of interactive mode has brought great convenience and excellent exper...
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This study presents a comprehensive exploration into ocular red-eye grading, employing ResNet-based image classification and YOLOv8-based object detection methodologies. The comparative analysis reveals distinct stren...
This study presents a comprehensive exploration into ocular red-eye grading, employing ResNet-based image classification and YOLOv8-based object detection methodologies. The comparative analysis reveals distinct strengths and weaknesses inherent in each approach. While ResNet exhibits commendable accuracy and Specificity, its susceptibility to potential overfitting suggests suitability for tasks requiring detailed feature analysis. Conversely, YOLOv8 demonstrates superior performance across accuracy, Specificity, recall, and Fl-score metrics, positioning it as a promising solution for efficient ocular red-eye grading, particularly in real-time processing scenarios. Acknowledging study limitations, including potential dataset biases and challenges associated with diverse ocular conditions, is imperative for ensuring robustness and generalizability. Future research directions emphasize refining models, incorporating additional metrics, and diversifying datasets. Consideration of AI-based methodologies from natural images and videos, such as those captured by smartphones, is suggested for further investigation. Collaborative efforts between computer vision researchers and healthcare professionals hold promise for enhancing clinical relevance. The adaptability of ResN et and YOLOv8 underscores their potential utility in clinical settings, signaling advancements in diagnostic tools and personalized patient care within ophthalmology.
This paper discusses various approaches to the development of computer-aided design systems for specialized very large scale integration (VLSI) circuits. Based on a hierarchical approach to VLSI design, the main stage...
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The increase in the development of new technologies made transactions in the field of banking easy and customers can rely on quick transactions of money anywhere in the world. But when we see the process of availing l...
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automation in the field of handling agricultural produce is a need of the hour. Some agricultural products such as fruits and vegetables are required to be grasped in a delicate manner without any damage to the produc...
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作者:
He, YuanziComputer College
Guangdong University of Science and Technology Guangdong Dongguan523083 China
Positioning of mobile robots is the most basic link of robot navigation, and also one of the key technologies for robots to achieve various complex tasks. This paper mainly studies the basic Monte Carlo positioning al...
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