Use of an ejector to reduce the time of air injection during testing of the containment system at nuclear power plants by Sergii Surkov, Volodymyr Kravchenko, Iryna Korduba, Andrii Golovchenko, Oleksandr Butenko, Serhii Tsybytovskyi, Yuliia Trach

Subjects: “…airtight enclosure system…”
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Research on Real-Time Control Strategy of Air-Conditioning Water System Based on Model Predictive Control by Dehan Liu, Jing Zhao, Yibing Wu, Zhe Tian

“…The optimization of the operation strategy for building HVAC systems is the key to achieving energy conservation and consumption reduction in air-conditioning systems. …”
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Analysis of Demand Response in Electric Systems with Strong Presence of Intermittent Generation Using Conditional Value-at-Risk by Rafael V. X. de Souza, Thales Sousa

“…The integration of renewable sources, such as hydro, wind, and solar power, into electrical systems has profoundly transformed the sector’s dynamics. …”
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OptiFlow: Optimizing Traffic Flow in ITS With Improved Cluster Routing by Roopa Tirumalasetti, Sunil Kumar Singh

“…This study introduces an innovative cluster-based routing strategy using Enhanced Slap Swarm Optimization (ESSO) and Evaluation with Mixed Data Multi-criteria Decision-Making (EVAmix MCDM) Method tailored to optimize routing in V2X communication. …”
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Network Management Method Based on Optimal Control by Zhi Chai

“…With the development of access network technology,the burden of network management has greatly increased,and became more frequent.In such case,the network management will not only make the network system in good condition,but also need to make sure that the adjustment process of network is optimized.From the viewpoint of cybernetics,the problem in network management was studied.Based on optimal control theory,a method to optimize network management was proposed.The research results have been verified in Tianjin Unicom's network management system,the research on automatic control theory in network management will take important influence in this field.…”
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THE BEHAVIOR OF TAXPAYERS AND THE OPTIMAL STRATEGY OF THE TAX AUDIT by Vladimir Molodykh, Andrey Rubezhnoy

“…He article deals with the solution of the problem of tax evasion on the basis of determining the optimal strategy of tax audit in which the fiscal authority, with a limited budget, decides on the redistribution of resources between tax audits and improvement of the information system of reporting and analysis. …”
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An Operation Optimization Strategy of the Combined Power Generation System with Wind Power & Pumped Storage Based on Improved Whale Algorithm by LI Kecheng, YANG Ning

“…Select the appropriate solution from the obtained optimal solution set to obtain the operation optimization strategy of the combined power generation system, which can achieve better economic benefits and maximum wind energy utilization while smoothing the system output power.…”
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Optimal Design of Ejector for Fuel Cell Engine by YUN Haitao, HU Shuai, LI Zhenghui, WEI Yongqi

“…Aiming at the application of the ejector in the fuel cell engine for vehicles, by fitting the experimental data of anode pressure drop of 40kwlevel proton exchange membrane fuel cell (PEMFC), the relationship expression between anode pressure drop and current was obtained The threedimensional ejector numerical model of anode hydrogen circulation system was established by the computational fluid dynamics (CFD) method, whose accuracy is verified by the experimental data Finally, the fitted anode pressure drop expression is applied to the simulation optimization of the model The performance of the ejector under the whole operating range of the target system was measured, and the optimum values of main sizes is determined, including nozzle throat diameter, mixing chamber diameter, mixing chamber length, and the nozzle position relative to the mixing section The simulation results show that, compared with the constant pressure drop model, the ejector model established in this paper can more accurately evaluate the operating performance of the ejector under the entire operating conditions, and at the same time, the optimized ejector under the studied operating conditions can maintain the hydrogen recirculation ratio above 12…”
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The Clearing System of Mutual Settlements between Participants of the Innovation-Industrial Cluster by I. V. Novikova, V. V. Smelova, D. V. Sazonova

“…Algorithms for the formation of the optimal plan are given. The examples of solving the multilateral clearing problems are considered.…”
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Analytical forecasting of the optimal trajectory of mobile robot by A. A. Lobaty, D. V. Kapskiy, A. K. Ibrahim, I. A. Shishkovets

“…As a result of analytical synthesis, mathematical dependences were obtained to determine the control acceleration, which allow in the robot control system to obtain a given optimal control law in the form of the rotation angle of the velocity vector, which ultimately ensures the minimum energy consumption by the mobile robot for various conditions of its use. …”
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Layout Design Strategies for Scaling Down Semiconductor Systems Based on Current Flow Analysis in Interconnect by Seung Hwan Oh, Tae Yeong Hong, Sarah Eunkyung Kim, Jong Kyung Park, Seul Ki Hong

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An Optimal Treatment Control of TB-HIV Coinfection by Fatmawati, Hengki Tasman

“…The optimality system is performed numerically to illustrate the effectiveness of the treatments.…”
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A tutorial review of policy iteration methods in reinforcement learning for nonlinear optimal control by Yujia Wang, Xinji Zhu, Zhe Wu

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A Computationally-Efficient Data-Driven Safe Optimal Algorithm Through Control Merging by Marjan Khaledi, Bahare Kiumarsi

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Optimal compensation for temporal uncertainty in movement planning. by Todd E Hudson, Laurence T Maloney, Michael S Landy

“…The motor system is able to model its temporal uncertainty and compensate for that uncertainty so as to optimize the consequences of movement.…”
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A New Controller to Enhance PV System Performance Based on Neural Network by Roshdy A AbdelRassoul, Yosra Ali, Mohamed Saad Zaghloul

“…Neural controller is optimized using particle swarm optimization (PSO)   leads to getting the best performance of the designed PV system. …”
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Implementation model of the production process control system at a car service enterprise by Evgeniy S. Kozin

“…Taking into account the established indicator and the efficiency criterion, the optimal number of control system elements is determined depending on the intensity of car arrival in the service zone. …”
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Optimal Design and Analysis of Conical Magnetic Gear by Seyed Ahamdreza Afsari Kashani

“…This topology can provide more contact surface of permanent magnets (PMs) and, thus, increase the torque density, with a proper design and the optimization of dimensions. The proper shaping of the PMs and providing the correct structure of MG can lead to a high impact on the output characteristics of the system. …”
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Mathematical modeling and optimal control approaches for dengue by M. Baroudi, H. Gourram, M. Alia, A. Labzai, M. Belam

“…Utilizing the discrete-time Pontryagin’s maximum principle, we identify optimal control measures and employ an iterative approach to solve the optimal system. …”
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Justification of the optimal width of a front bank by B. L. Talgamer, I. A. Meshkov, N. V. Murzin, Yu. G. Roslavtseva

“…With increasing depth of a placer deposit occurrence and thickness of overburden, traditional methods for calculating the optimal width of a front bank do not ensure minimizing production costs. …”
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