The problem of advancedcontrol systems modeling for feedwater-level control in steam generators of nuclear power plants is considered. To suppress disturbances caused by changes in reactor thermal power and steam flo...
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In many industrial processes, the control systems are the most critical components. Evaluate performance and robustness of a control loops is an important task to maintain the health of a control system and an efficie...
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ISBN:
(纸本)9783031538292;9783031538308
In many industrial processes, the control systems are the most critical components. Evaluate performance and robustness of a control loops is an important task to maintain the health of a control system and an efficiency in the process. In the area of control-Loop Performance Monitoring (CPM), there are two groups of indices to evaluate the performance of the control loops: stochastic and deterministic. Using stochastic indices, a control engineer can calculate the performance indices of a control loop with the data in normal operation and a minimum knowledge of the process;but the problem is that to do a performance analysis is so hard, due it is necessary an advanced knowledge about the interpretation. Instead, an interpretation or analysis of deterministic indices is simpler;however, the problem with this approach is that an invasive monitoring of the plant is required to calculate the indices. In this paper, it is proposed to use an Artificial Neural Network to estimate deterministic indices, considering as input the stochastic indices and some process information, taking advantage of the fact that data collection for stochastic indices is simpler.
Many scientific studies using unmanned aerial vehicle swarms were considered and the principles of control and interaction between swarm elements were analyzed (the models of swarm behavior, the motion coordination mo...
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The escalating threat of forest fires, attributed to climate change and rising temperatures, underscores the urgency for advanced detection methods. This paper explores the effectiveness of employing the You Only Look...
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ISBN:
(纸本)9798350372694;9798350372700
The escalating threat of forest fires, attributed to climate change and rising temperatures, underscores the urgency for advanced detection methods. This paper explores the effectiveness of employing the You Only Look Once object detection algorithm, specifically utilizing Bounding boxes to improve the model's performance by capturing texture variations between the fire and the background. The study aims to refine wildfire detection through the meticulous curation and annotation of a diverse image dataset. A comparative analysis of various YOLO models evaluates their performance. The dataset comprises both fire and non-fire images, showcasing diverse backgrounds to expose the model to real-world scenarios for comprehensive training. Despite the inherent challenges posed by variations in image textures and backgrounds, the models demonstrated consistency. The best-performing model achieved an mAP50 (mean Average Precision at 50% intersection over union) of 91%, while an unprecedented mAP50:95 of 68.5% further attested to the model's efficacy. These results present a significant advancement in wildfire detection capabilities.
The paper is dedicated to data and information processing in tactical-level Command and control systems with targeting mission and dependence of criteria of relevant information to ensure the potential possibilities d...
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With the rapid development of science and technology, artificial intelligence (AI) has penetrated into every aspect of our lives. Especially in the field of intelligent control system, the application of AI algorithm ...
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In this document, we present a groundbreaking concept that has the potential to revolutionize human-computer interaction: 'Hands-Free Mouse control with Facial Recognition.' Our focus is on seamlessly integrat...
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The "Farmer's Crop Welfare System" is a technology that uses advanced data analytics and artificial intelligence to improve crop management and yield. It combines crop prediction, disease detection, and ...
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This research study proposes a multi-modal sensor fusion system combined with a hybrid Artificial Intelligence (AI) model. The data is integrated from cameras, LiDAR, and radar sensors, using an advanced deep learning...
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This research presents a novel depth estimation algorithm based on a Transformer-encoder architecture, tailored for the NYU and KITTI Depth Dataset. This research adopts a transformer model, initially renowned for its...
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