In this paper, a matrix-rotor induction motor is analyzed using the 3-D finite element method on a parallel computing system composed of 8 PCs. The static and the dynamic characteristics of the motor are numerically c...
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In this paper, a matrix-rotor induction motor is analyzed using the 3-D finite element method on a parallel computing system composed of 8 PCs. The static and the dynamic characteristics of the motor are numerically clarified.
To solve the large-scale scheduling problem more efficiently within the requirements of the contract in shipyard, a threelayer parallel computing system was proposed. An optimized model for shipbuilding project schedu...
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To solve the large-scale scheduling problem more efficiently within the requirements of the contract in shipyard, a threelayer parallel computing system was proposed. An optimized model for shipbuilding project scheduling problem was constructed under the condition of taking time and resource constraints into account. Moreover, the key techniques of proposed system were elaborated and the main steps were designed. In the first computing layer, the problem was decomposed into small parts in heterogeneous systems, reducing the problem scale;then, in the second layer, a coevolution strategy for multi-populations was put forward to improve the algorithm robustness;in the third layer, a massive parallelcomputing method was performed under the Graphic Processing Unit structure. Finally, through two simulation examples, the robustness and outperforming others of the improved algorithm were verified.
The article describes the implemented prototype of the Templet parallel computing system for the C++ language. The system uses a novel version of the actor execution model. The design of the actor model makes it possi...
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The article describes the implemented prototype of the Templet parallel computing system for the C++ language. The system uses a novel version of the actor execution model. The design of the actor model makes it possible to define the behavior of the parallel program developed in the Templet system mathematically strict with a temporal logic formula. We believe that this feature of the system is critical, because it gives application developers the freedom to implement actors on any desired platform. Our variant of the actor model can be easily reimplemented for different hardware and in different programming languages, at least for multithreaded execution in shared memory. The article defines the Templet actor model in terms of Temporal Logic of Action, discusses the system design, and shows some examples of its practical use. (C) 2017 The Authors. Published by Elsevier Ltd.
In this paper, a matrix-rotor induction motor is analyzed using the 3-D finite element method on a parallel computing system composed of 8 PCs. The static and the dynamic characteristics of the motor are numerically c...
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ISBN:
(纸本)9781424470594
In this paper, a matrix-rotor induction motor is analyzed using the 3-D finite element method on a parallel computing system composed of 8 PCs. The static and the dynamic characteristics of the motor are numerically clarified.
In the effort to reduce the number of cancer survivor, various technique have been conducted. The major problem is the cancer cannot be detected in the early stage. Majority patients have been diagnosed the cancer at ...
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ISBN:
(纸本)9781467356091;9781467356084
In the effort to reduce the number of cancer survivor, various technique have been conducted. The major problem is the cancer cannot be detected in the early stage. Majority patients have been diagnosed the cancer at the final level. If the problem can be solved, death because of the cancer can be reduced. Therefore, edge detection of tumor can help radiologist to diagnose the disease at an early stage. This paper focused on the implementation of parallel algorithm for the human tumor edge detection. The objectives of this study is to detect the edge of breast and brain tumor in Mammogram and MRI medical imaging respectively. Edge of the tumors is detected by using Wavelet Transform Modulus Maxima on parallel computing system that is used as a platform to compute the parallel algorithm for the edge detection of the tumors. Performance of parallel computer in terms of time processing, speedup and efficiency is reported.
Since Finite-Difference Time-Domain(FDTD) method was proposed by Yee in 1966,its hardware acceleration problem arouses much *** this paper,how to use GPU+COW parallel computing system to accelerate the FDTD method w...
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ISBN:
(纸本)9781467363273
Since Finite-Difference Time-Domain(FDTD) method was proposed by Yee in 1966,its hardware acceleration problem arouses much *** this paper,how to use GPU+COW parallel computing system to accelerate the FDTD method was introduced *** acceleration scheme and the simulation results were presented,and then the feasibility and efficiency of the proposed scheme were proved.
The article describes the implemented prototype of the Templet parallel computing system for the C++ language. The system uses a novel version of the actor execution model. The design of the actor model makes it possi...
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The article describes the implemented prototype of the Templet parallel computing system for the C++ language. The system uses a novel version of the actor execution model. The design of the actor model makes it possible to define the behavior of the parallel program developed in the Templet system mathematically strict with a temporal logic formula. We believe that this feature of the system is critical, because it gives application developers the freedom to implement actors on any desired platform. Our variant of the actor model can be easily reimplemented for different hardware and in different programming languages, at least for multithreaded execution in shared memory. The article defines the Templet actor model in terms of Temporal Logic of Action, discusses the system design, and shows some examples of its practical use.
We developed the RHiNET-2/SW high-speed network switch for a high-throughput parallel computing system consisting of optically interconnected distributed personal computers (PCs). RHiNET-2/SW enables high-throughput n...
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We developed the RHiNET-2/SW high-speed network switch for a high-throughput parallel computing system consisting of optically interconnected distributed personal computers (PCs). RHiNET-2/SW enables high-throughput network switching (64 Gbit/s) by means of a switching LSI and eight pairs of synchronized parallel optical interconnection modules. To confirm the reliability of RHiNET 2/SW we measured its bit error rate (BER), which was less than 10(-11) (estimated value: 10(-20)). Five RHiNET-2/SWs and sixteen PC nodes can perform parallelcomputing. This result demonstrates the feasibility of optical interconnection in a high-speed, flexible network in a parallel computing system. (C) 2002 Wiley Periodicals, Inc.
In this paper, a matrix-rotor induction motor is analyzed using the 3-D finite element method on a parallel computing system composed of 8 PCs. The torque and the loss characteristics of the motor are numerically clar...
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ISBN:
(纸本)9781424470594
In this paper, a matrix-rotor induction motor is analyzed using the 3-D finite element method on a parallel computing system composed of 8 PCs. The torque and the loss characteristics of the motor are numerically clarified.
The paper is focused on the practical application of parallelcomputing techniques in uncertainty assessment in simulation of heat transfer, mechanical and some other problems related to deterministic analysis of NPP ...
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The paper is focused on the practical application of parallelcomputing techniques in uncertainty assessment in simulation of heat transfer, mechanical and some other problems related to deterministic analysis of NPP safety. A methodology is developed and implemented in VARIA computer code that performs simultaneous run of multiple simulations on a parallel computing system with further statistical analysis of the array of their results. The current version of the code allows automated preparation and execution of multivariate simulations of thermal and mechanical behavior of pressurized water reactor structures by best-estimate (BE) codes in the scope of NPP safety assessment under severe accident conditions. The number of simultaneously launched tasks is limited only by the computer cluster capacity. The VARIA code is verified on multivariate simulation with HEFEST code of thermal behavior of a core melt in the VVER-440 reactor vessel during a severe accident. The influence of the variation of input parameters (decay heat value and coefficients of the applied convective heat transfer model) on the simulation results is studied. It is concluded that the potential field of applying the program is beyond the scope of analyzing severe accidents at NPP and includes also software product quality assurance and analysis of uncertainties of obtained simulation results.
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