Amidst the swift progress of industrial automation and intelligence, electrical equipment, as a crucial piece of infrastructure, is essential for enhancing production efficiency and ensuring system reliability. This p...
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This research tackles the challenge of tracking emerging trends on Instagram through advanced topic modeling techniques, utilizing Latent Dirichlet Allocation (LDA) and Non-Negative Matrix Factorization (NMF) to unvei...
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In this study, an algorithm for capturing and analyzing the action of drama stage performance based on computer vision and deep learning is proposed. The algorithm aims to accurately capture and analyze the actors'...
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High-strength wire materials are usually available as strip material and are subjected to a forming process such as punch-bending to produce parts for the electronics industry, for example. During the manufacturing pr...
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High-strength wire materials are usually available as strip material and are subjected to a forming process such as punch-bending to produce parts for the electronics industry, for example. During the manufacturing process of the semi-finished product, residual stresses and plastic deformations are introduced into the wire by rolling and drawing processes. Straightening machines are used in the production lines to compensate for these. To increase the sustainability of these production lines, the straightening process is an essential step. Before the continuous manufacturing process starts, the straightening process must be set up and the optimal roller positions must be found. Once the process is set up, the roller position settings are usually not changed. Due to missing measurementsystems for the straightening quality, it is not possible to react to fluctuations in the material properties. This leads to deviations in the dimensional accuracy of the components to be produced and thus to an increase in the rejection rate in the manufacturing processes. This paper presents two innovative measuring systems that can detect changes in saber curvature in flat wire during the straightening process. With the help of this information, the quality of the straightening process can be recorded during the running process. This enables the chance to build a control structure for the straightening quality and thus to implement demand-oriented straightening of semi-finished products. On the one hand, this means that the flat wire no longer must be overbent, which means that the strength of the material is not reduced anymore. On the other hand, the sensor information collected can be passed on to downstream processes. This creates the possibility of networking for the individual processes in a production line. This makes an important contribution to the development of intelligent manufacturing processes in line with the guiding principle of Industry 4.0.
The article examines the regulatory mechanisms of liver cells (LC) - hepatocytes and hepatitis B virus (HBV) based on the regulatory of living systems using functional-differential equations with delayed arguments. Qu...
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The proceedings contain 79 papers. The topics discussed include: designing a card game for computer science instructors to evaluate students’ parallel and distributed computing knowledge;a hands-on approach to teachi...
ISBN:
(纸本)9798331509118
The proceedings contain 79 papers. The topics discussed include: designing a card game for computer science instructors to evaluate students’ parallel and distributed computing knowledge;a hands-on approach to teaching parallel and heterogeneous computing;efficient feature extraction for vision transformer model using a custom CNN accelerator;object detection for autonomous vehicles in adverse weather and varying lighting conditions using a hybrid YOLO approach;predictive modeling of performance variability in HPC applications;simulation-driven design of large-scale systems architecture;performance optimization on cxl products using in-house modeling and simulation toolchain;and hide mastermind using an intermediate connection on social network
In the present study we present a numerical modeling of a laminate magnetic material using an homogenization technique which exploit an inverse problem resolution. The laminate magnetic material is consisting of an al...
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The development of distributed computing systems and of their usage in domains such as the Internet of Things, Big Data, etc., raises numerous questions on the tools available to model the complexity of such systems. ...
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The escalating prevalence of diabetes worldwide, affecting approximately 425 million individuals by 2020, underscores the urgent need for accurate predictive models to address this pressing public health challenge. In...
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A specific characteristic of computer and communication networks is their limited ability to directly apply the "classical reliability theory"to determine their reliability. This necessitates the development...
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