Silica polymorphs and zeolites are fundamental to a wide range of industrial applications owing to their diverse structural characteristics, thermodynamic and mechanical stability under varying conditions and due to t...
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Traffic congestion is one of the major issues in most cities. Over time, traffic congestion is increasing due to the increasing number of road users. The conventional non-adaptive traffic signal control strategy is in...
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Interactive evolutionary multi-objective optimization algorithms have received widespread research. The goal of these algorithms is to iteratively involve decision makers(DM) in the solution process, by providing pref...
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ISBN:
(数字)9798350368604
ISBN:
(纸本)9798350368611
Interactive evolutionary multi-objective optimization algorithms have received widespread research. The goal of these algorithms is to iteratively involve decision makers(DM) in the solution process, by providing preference information, the solution is guided to regions of interest. However, most indicators are designed to assess how well algorithms approximate the entire Pareto optimal front. In order to assess the quality of the preferred solution sets obtained by interactive algorithms, this paper introduces a novel performance indicator based on the modified inverted generational distance (IGD + ). The indicator is examined using interactive evolutionary methods and demonstrating its capability to evaluate the performance of interactive algorithms.
The excessive consumption of fossil fuels increases carbon dioxide(CO_(2))emissions,and the consequent greenhouse effect resulting from higher levels of this gas in the atmosphere has a significant impact on the envir...
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The excessive consumption of fossil fuels increases carbon dioxide(CO_(2))emissions,and the consequent greenhouse effect resulting from higher levels of this gas in the atmosphere has a significant impact on the environment and *** has necessitated the development of environmentally friendly and efficient methods for CO_(2)*** carbon dioxide electroreduction reaction(CO_(2)RR),which is driven by electricity generated by renewable energy sources(e.g.,wind and solar)to convert CO_(2)into value-added fuels or chemicals,is regarded as a promising prospective path toward carbon *** the various products,formate,with its relatively simple preparation process,has broad application prospects,and can be used as fuel,hydrogen storage material,and raw material for downstream ***-based oxide electrocatalysts have the advantages of being inexpensive and *** addition,these catalysts offer high product selectivity and are regarded as promising catalysts for the electrochemical reduction of CO_(2)to *** this review,we first clarify the reaction mechanisms and factors that influence the reduction of CO_(2)to formate,and then provide some examples of technologies that could be used to study the evolution of catalysts during the *** particular,we focus on traditional Sn-based oxides(SnO_(2))and novel Sn-based perovskite oxides that have been developed for use in the field of CO_(2)RR in recent years by considering their synthesis,catalytic performance,optimization strategies,and intrinsic ***,the current challenges and opportunities for Sn-based oxide electrocatalysts are *** perspectives and latest trends presented in this review are expected to inspire researchers to contribute more efforts toward comprehensively optimizing the performance of the CO_(2)RR to produce formate.
This paper reviews the researches on boiler combustion optimization,which is an important direction in the field of energy saving and emission *** methods have been used to deal with boiler combustion optimization,amo...
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This paper reviews the researches on boiler combustion optimization,which is an important direction in the field of energy saving and emission *** methods have been used to deal with boiler combustion optimization,among which evolutionary computing(EC)techniques have recently gained much ***,the existing researches are not sufficiently focused and have not been summarized *** has led to slow progress of research on boiler combustion optimization and has obstacles in the *** paper introduces a comprehensive survey of the works of intelligent optimization algorithms in boiler combustion optimization and summarizes the contributions of different optimization ***,this paper discusses new research challenges and outlines future research directions,which can guide boiler combustion optimization to improve energy efficiency and reduce pollutant emission concentrations.
Neural network language models (LMs) are confronted with significant challenges in generalization and robustness. Currently, many studies focus on improving either generalization or robustness in isolation, without me...
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In this paper, we present a comprehensive study on the convergence properties of Adam-family methods for nonsmooth optimization, especially in the training of nonsmooth neural networks. We introduce a novel two-timesc...
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In dark-matter searches using axion haloscopes, the search sensitivity depends on the quality factors (Q0) of radio-frequency cavities immersed in multitesla magnetic fields. Increasing Q0 would increase the scan rate...
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In dark-matter searches using axion haloscopes, the search sensitivity depends on the quality factors (Q0) of radio-frequency cavities immersed in multitesla magnetic fields. Increasing Q0 would increase the scan rate through the parameter space of interest. Researchers developing superconducting radio-frequency cavities for particle accelerators have developed methods for obtaining extremely high Q0 of approximately 1011 in microteslascale magnetic fields. In this paper, we describe efforts to develop high-Q cavities made from Nb3Sn films using a technique developed for particle-accelerator cavities. Geometry optimization for this application is explored, and two cavities are tested: an existing particle-accelerator-style cavity and a geometry developed and fabricated for use in high fields. A quality factor of (5.3±0.3)×105 is obtained at 3.9 GHz and 6 T at 4.2 K.
Wireless sensor network (WSN) is a network consist of multiple sensor nodes which sense and transmit data to a base station for data collection. Since the nodes in WSN are battery powered devices and nodes loss energy...
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As global warming escalates, high-intensity heat waves are increasingly common, raising concerns about their impact on environmental systems and public health. This article focuses on Turpan City, known for having the...
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