The importance of opinion has been recognized by more and more scholars in recent *** the research on opinion has gradually *** paper will study how to maximize opinion acceptance in a social *** on non-Bayesian socia...
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The importance of opinion has been recognized by more and more scholars in recent *** the research on opinion has gradually *** paper will study how to maximize opinion acceptance in a social *** on non-Bayesian social learning theory, this paper constructs a decision model for the research *** the same time, this paper combines the classical artificial bee colony algorithm with the non-Bayesian social learning model to make it more suitable for solving the decision ***, a series of simulated numerical experiments are carried out to verify the effectiveness of the decision *** article provides some useful solutions for future research and application.
The PV system is power production technologies developed by renewable energy resources which offers the benefits of power scaling, ease of installation, requires low maintenance and modularity. Solar photovoltaic (PV)...
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The PV system is power production technologies developed by renewable energy resources which offers the benefits of power scaling, ease of installation, requires low maintenance and modularity. Solar photovoltaic (PV) systems are semiconductor technologies that change solar energy into direct current (DC) electricity via the exchange of electrons. A “Maximum Point Tracking” (MPPT) technique is derived to increase PV array's output power under all circumstances by monitoring the maximum power. The point of maximum power was tracked by various MPPT algorithms including the incremental conductance, perturb and observe (P&O), constant current, constant voltage, and parasitic capacitance methods etc. Despite being a straightforward technique, the perturb and monitor algorithm tracks incorrectly when the weather suddenly changes and oscillates around the point of maximum power (MPP), which can be avoided by utilizing the hybrid ABC-WOA algorithm. Therefore, to overcome this problem, an MPPT approach that is built on the hybrid ABC-WOA algorithm was performed associated to that of Perturbation and observation (P&O) as benchmarks. The ABC-WOA algorithm has ability to efficiently decrease the start-up time, minimizes the steady-state-run-yield oscillation of power following step change in an irradiance and enhances output efficiency. The recommended algorithm may easily handle partly shadowed PV arrays; lower power losses brought on by improperly recognizing the local position, and increase the effectiveness of PV power production.
In this paper, a novel application of artificialbeecolony (ABC) algorithm to identification of mechanical parameters in servo-drive system is presented. The accurate identification of mechanical parameters of servo-...
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In this paper, a novel application of artificialbeecolony (ABC) algorithm to identification of mechanical parameters in servo-drive system is presented. The accurate identification of mechanical parameters of servo-drive system is essential for synthesis of the servo-drive's control system. Several mathematical models, including non-linear one, are applied to identify parameters of considered plant. In the proposed approach, the identification is based on angular velocity response and electromagnetic torque generated by the motor. The identified parameters obtained for several configurations of experimental set, i.e. for different moments of inertia and friction components, were compared with another approaches of identification.
In this work, we investigate speaker-specific filter banks for text-independent speaker verification. The proposed method performs an heuristic search for the best filter-bank configuration using the artificialbee Co...
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ISBN:
(纸本)9781509041183
In this work, we investigate speaker-specific filter banks for text-independent speaker verification. The proposed method performs an heuristic search for the best filter-bank configuration using the artificialbeecolony (ABC) algorithm and a proper fitness function for the standard i-vectors/PLDA-based speaker verification system. Furthermore, filter-bank decorrelated amplitudes are used instead of the cepstral coefficients produced by Discrete Cosine Transform (DCT). In the experiments, the proposed method is compared to standard Mel and linear scales in both cases where the decorrelation is performed using DCT and high-pass filtering. The comparison is performed on the MIT Mobile Device Speaker Verification Corpus in a gender-dependent trial scheme. The proposed method outperformed the baseline systems in almost all the test sets for both genders. Performance gains of 4.6% and 26.0% are achieved for male and female speakers, respectively.
The projection pursuit model projects high- dimensional data into low-dimensional space, and the data could be analyzed conveniently. Considering the affections of length of projection value vector, new projection ind...
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The projection pursuit model projects high- dimensional data into low-dimensional space, and the data could be analyzed conveniently. Considering the affections of length of projection value vector, new projection index function is presented. Using the improved projection pursuit model the subjective affections in risk prioritization of barrier lake could be reduced. The projection values of dam danger and consequence are firstly calculated to describe relative degree of dam danger and consequence respectively. Then their product is used to curve the relative degree of risk, and finally the risk prioritization of barrier lakes could be obtained. Results show that the risk is mainly controlled by the consequence of barrier dam failure and Tangjiashan barrier lake is ranked at the top, consisting with the actual order of removal project.
In this paper, Big Bang - Big Crunch (BB-BC) optimization technique is proposed for determining the parameters of PID controller for higher order systems. This algorithm is motivated by the theory of creation (Big Ban...
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ISBN:
(数字)9781728169217
ISBN:
(纸本)9781728169224
In this paper, Big Bang - Big Crunch (BB-BC) optimization technique is proposed for determining the parameters of PID controller for higher order systems. This algorithm is motivated by the theory of creation (Big Bang) and disintegration (Big Crunch) of Universe. The results achieved after application of BB-BC algorithm to higher order oscillatory system is compared with Ziegler Nichols method of tuning artificialbeecolony (ABC) optimization algorithm and Genetic algorithm (GA).
Hyperparameter tuning in machine learning algorithms is a computationally challenging task due to the large-scale nature of the problem. In order to develop an efficient strategy for hyper-parameter tuning, one promis...
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ISBN:
(纸本)9781665443388
Hyperparameter tuning in machine learning algorithms is a computationally challenging task due to the large-scale nature of the problem. In order to develop an efficient strategy for hyper-parameter tuning, one promising solution is to use swarm intelligence algorithms. artificialbeecolony (ABC) optimization lends itself as a promising and efficient optimization algorithm for this purpose. However, in some cases, ABC can suffer from a slow convergence rate or execution time due to the poor initial population of solutions and expensive objective functions. To address these concerns, a novel algorithm, OptABC, is proposed to help ABC algorithm in faster convergence toward a near-optimum solution. OptABC integrates artificial bee colony algorithm, K-Means clustering, greedy algorithm, and opposition-based learning strategy for tuning the hyper-parameters of different machine learning models. OptABC employs these techniques in an attempt to diversify the initial population, and hence enhance the convergence ability without significantly decreasing the accuracy. In order to validate the performance of the proposed method, we compare the results with previous state-of-the-art approaches. Experimental results demonstrate the effectiveness of the OptABC compared to existing approaches in the literature.
Increasing penetration of Hybrid Renewable Generator in recent year's present new challenges for planning and optimal operation of the Smart Distribution Network. For this purpose, performance indices introduced f...
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ISBN:
(纸本)9781538623183;9781538623176
Increasing penetration of Hybrid Renewable Generator in recent year's present new challenges for planning and optimal operation of the Smart Distribution Network. For this purpose, performance indices introduced for determining the suitable position of HRGs together with shunt-capacitors. However, the hosting capacities of HRG determined by use of artificialbeecolony (ABC) algorithm. The performance of the proposed methods validated on standards IEEE 34-nodes and IEEE 37-nodes radial distribution networks (RDN). The results have shown improvement of voltage level from O. 902p.u to 1. OOlp.u, reduction of power loss from 1.12MW to 0.64MW and diminished reactive power loss from 0.72MVAR to O.34MVAR by integrating of HRG to RDN. Results suggest that the proposed methods are reliable and can apply to the real radial distribution networks.
In order to overcome the defects of a single time series forecasting model and to improve the prediction accuracy, this paper proposes an improved optimal combination model with artificial bee colony algorithm used to...
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In order to overcome the defects of a single time series forecasting model and to improve the prediction accuracy, this paper proposes an improved optimal combination model with artificial bee colony algorithm used to solve the optimal weight coefficient automatically. Taking the Manufacturers' Shipments as an example to analyze, we use ARIMA、VAR and SSM to forecast the shipments respectively. Based on these three models, we construct the optimal combination forecasting model. By inspection, it is superior to the other three models in accuracy.
The artificialbeecolony (ABC) algorithm is an optimization technique that uses populations and randomness. However, the standard ABC algorithm has limitations, like early convergence and easily getting stuck in loca...
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ISBN:
(数字)9798350382310
ISBN:
(纸本)9798350382327
The artificialbeecolony (ABC) algorithm is an optimization technique that uses populations and randomness. However, the standard ABC algorithm has limitations, like early convergence and easily getting stuck in local minima in some cases. Hybridizing optimization algorithms is one of the techniques for improving the algorithm’s effectiveness, adaptability, and applicability to various fields of research and application. In this paper, an optimization algorithm named bee Eel Forage algorithm (BEFA) has been proposed. BEFA algorithm is developed based on hybridizing techniques where it uses the employed bee phase and scout bee phase from the ABC algorithm and uses the resting phase from the Electric Eel Foraging Optimization (EEFO) algorithm. The efficacy of the BEFA is validated by comparing it with the ABC algorithm and the EEFO algorithm by using four mathematical benchmark functions. Moreover, the applicability of the BEFA is tested with the application of the IEEE 26 bus system to optimize the environmental and economic load dispatch problem. The results show that the BEFA algorithm outperforms the two predecessor algorithms for solving four benchmark functions and successfully minimizes the costs and emissions for the IEEE 26 bus system.
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