Based on the analysis of theoretical model and evolutionary equations for the standard PSO, a new particle swarm optimization model, called the two-order PSO, was performed, which simulated more precisely the velocity...
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Based on the analysis of theoretical model and evolutionary equations for the standard PSO, a new particle swarm optimization model, called the two-order PSO, was performed, which simulated more precisely the velocity change of particles than the standard PSO. At the same time a new method termed pso for pso was used for the selection of the best parameters c1, c2 in the two-order PSO. The results on five benchmark functions prove the feasibility and validity of this method. Furthermore, the analysis of the results shows that there are revelatory rules on selection of c1, c2 in the two-order PSO
Based on the analysis of theoretical model and evolutionary equations for the standard PSO, a new particle swarm optimization model, called the two-order PSO, was performed, which simulated more precisely the velocity...
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A new application integration platform for a manufacturing environment is presented, which is based on agent and common request broker architecture (CORBA).CORBA enhances the system integration because it is an indust...
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A new application integration platform for a manufacturing environment is presented, which is based on agent and common request broker architecture (CORBA).CORBA enhances the system integration because it is an industry-standard for interoperable, distributed objects across heterogeneous hardware and software platforms. Agent technology is used to improve the intelligence of the integration system. The platform is open, distributed, and modular to enable the user to adapt its content to his requirements. This application integration platform supports the goals of agile manufacturing: rapid response to changing requirements, reduction in both time and cost of the product realization process, and integration within a heterogeneous,wide-area-networked enterprise. In order to implement the application integration platform, we use a network integration server to integrate the network;design a generic database agent to integrate application, and utilize a wrapper as a CORBA object to integrate the legacy code. Finally, a prototype framework is developed.
Swarm-diversity is an important factor influencing the global convergence of Particle Swarm Optimization (PSO). In order to overcome the premature convergence, the paper develops a diversity-controlled PSO (DCPSO). DC...
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Swarm-diversity is an important factor influencing the global convergence of Particle Swarm Optimization (PSO). In order to overcome the premature convergence, the paper develops a diversity-controlled PSO (DCPSO). DCPSO adopts swarm-diversity as a dynamic indicator to control the tuning of the parameters in a search, which in turn, can not only modify the swarm diversity, but also manipulate the exploitation and the exploration adaptively. Some experiments have been done and the results show DCPSO performs very well on benchmark optimization problems, and outperforms the basic PSO with a robust global convergent ability.
The paper proposes a cooperative evolutionary algorithm based on particle swarm optimization (PSO) and simulated annealing algorithm (SA). The method makes full use of the local convergent performance of PSO and the g...
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The paper proposes a cooperative evolutionary algorithm based on particle swarm optimization (PSO) and simulated annealing algorithm (SA). The method makes full use of the local convergent performance of PSO and the global convergent performance of SA, and can validly overcome the premature problem in PSO through cooperative search between PSO and SA. Experimental results show that the proposed algorithm owns a good globally convergent performance with a faster convergent rate. Moreover, theoretical analysis has been made to prove that the algorithm can converge to the global optimum with probability 1.
Through mechanism analysis of several modified particle swarm optimizations (PSO), a new uniform model of PSO is described, and the convergence is analysed with linear control theory. To improve the calculation effici...
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Through mechanism analysis of several modified particle swarm optimizations (PSO), a new uniform model of PSO is described, and the convergence is analysed with linear control theory. To improve the calculation efficiency, two enhanced global search capability self-adaptive PSOs, one-population self-adaptive PSO and two-population self-adaptive PSO, are proposed. The one-population self-adaptive PSO uses the diverse coefficients in the first evolutionary strategy. The two-population self-adaptive PSO uses two different populations: one owns global search capability, and the other owns local search, and through exchanging information the algorithm efficiency is improved. The simulation results show the correctness and efficiency of the presented methods.
Integral-controller particle swarm optimization (ICPSO), influenced by inertia weight w and coefficient ψ is a new swarm technology by adding accelerator information. Based on stability analysis, the convergence cond...
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ISBN:
(纸本)9781424404759
Integral-controller particle swarm optimization (ICPSO), influenced by inertia weight w and coefficient ψ is a new swarm technology by adding accelerator information. Based on stability analysis, the convergence conditions imply the negative selection principles of inertia weight w, and the relationship between w and ψ. To improve the computational efficiency, an adaptive strategy for tuning the parameters of ICPSO is described using a new statistical variable reflecting computational efficiency index-average accelerator information. The optimization computing of some examples is made to show that the ICPSO has better global search capacity and rapid convergence speed.
The standard particle swarm optimization (PSO) may prematurely converge on suboptimal solution partly because of the insufficiency information utilization of the velocity. The time cost by velocity is longer than posi...
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ISBN:
(纸本)1424404754;9781424404759
The standard particle swarm optimization (PSO) may prematurely converge on suboptimal solution partly because of the insufficiency information utilization of the velocity. The time cost by velocity is longer than position of each particle of the swarm, though the velocity, limited by the constant Vmax, onfy provides the positional displacement To avoid premature convergence, a new modified PSO, predicted PSO, is proposed owning two different swarms in which the velocity without limitation, considered as a predictor, is used to explore the search space besides providing the displacement while the position considered as a corrector. The algorithm gives some balance between global and local search capability. The optimization computing of some examples is made to show the new algorithm has better global search capacity and rapid convergence rate.
This paper proposes a novel model - Generalized Particle Swarm Optimization (GPSO), which is based on the analysis of the standard Particle Swarm Optimization and its mechanism. The evolutionary equation of this new m...
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This paper proposes a novel model - Generalized Particle Swarm Optimization (GPSO), which is based on the analysis of the standard Particle Swarm Optimization and its mechanism. The evolutionary equation of this new model is an abstract form that meets some certain requirements. And some concrete evolutionary equations are also presented in this paper. The results of benchmark functions prove the validity and the efficiency of GPSO.
In this paper, the problem of business component reuse is researched in the integration of rapid reconfigurable enterprise information system. The model of function component is provided, which is based on analyzing a...
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ISBN:
(纸本)0769523161
In this paper, the problem of business component reuse is researched in the integration of rapid reconfigurable enterprise information system. The model of function component is provided, which is based on analyzing and abstracting function commonness from different components in business component domain, the compiling parameters of function component denote a business component type, and the running parameters denote the difference of business components. At the same time, the syntax description of the function components is presented. The reuse of business component is improved in enterprise information system integration by designing function component
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