The Wide Area Monitoring systems (WAMs) has brought several advantages for the power system monitoring, operation, control. Recently, the introduction of Phasor measurement Units (PMUs) to power grids played a signifi...
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In this paper, we present the Rollick Games platform and its Pervasive Game modeling Language that enables the description of location-based pervasive games using a GUI provided by the Game Studio web app. The runtime...
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The proliferation of digital intelligent technology is a direct consequence of the meteoric advancements in information technology coupled with consistent innovations in computer technology. As computer performance an...
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ISBN:
(纸本)9798350313413
The proliferation of digital intelligent technology is a direct consequence of the meteoric advancements in information technology coupled with consistent innovations in computer technology. As computer performance and computational capabilities have soared, there has been a marked shift towards integrating digital technology across diverse sectors, encompassing industrial production, management, transportation, medical care, and more. Particularly in computer automatic control systems, the infusion of digital intelligent technology is gaining *** harnessing the power of mathematical modeling and creating sophisticated simulation environments, digital intelligence technology can execute exhaustive dynamic simulation analyses of systems. This allows for a holistic evaluation of system performance, accurate predictions of system behaviors, refined system designs, and a substantial reduction in system development expenditures. A glance at experimental data reveals a transformative impact: the average operation time of digital intelligent technology in computer automatic control systems for dynamic simulation analysis has plummeted from over 94 seconds to a mere 58 seconds, in stark contrast to traditional control systems. Similarly, data analysis duration has been slashed from over 47 seconds to just below 26 seconds. Most impressively, the accuracy has surged from a modest 63% to an impressive 90%. In the backdrop of the Industry 4.0 revolution, digital intelligent technology is increasingly recognized as a pivotal catalyst propelling industrial metamorphosis and elevation, bestowing enterprises with a formidable competitive edge. This underscores the monumental significance of integrating digital intelligent technology into computer automatic control systems. The benefits are manifold: there ' s a marked enhancement in system performance and robustness, and it paves the way for monumental gains in industrial production and managerial efficiency, unlocking vas
Low-Power Wide-Area Network (LPWAN) technologies offer new opportunities for data collection, transmission, and decision-making optimization. Similarly, a wide range of use cases of computer vision and object detectio...
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Intelligent reconfigurable computer simulators are presented as part of the CAD staffing subsystem for training personnel in the control of electrochemical and electrothermal industrial technologies, designed to impro...
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In this paper, a method of environmental geometric modeling utilizing a digital elevation model is proposed to solve the problem that the environmental modeling based on spectral function cannot describe the actual te...
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Feature extraction and pattern classification play important roles in brain-computer interface (BCI) systems, which are widely used in rehabilitation medicine, artificial intelligence and other fields. Although advanc...
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This paper presents the concept of business unit to model business processes. A business unit’s main strength is that it represents resources like personnel and time that business processes consume at run-time. Due t...
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Gas sensing plays a crucial role in numerous applications, such as environmental monitoring, industrial safety, and healthcare. Semiconductor oxide nanostructured sensors have emerged as promising candidates due to th...
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In extreme noise environments, existing subspace learning algorithms applied to face recognition tasks exhibit limitations in feature extraction capabilities, robustness, and anomaly detection. To address these issues...
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