针对电力系统并行仿真算法中的分块对角加边模型提出了一种新的交替迭代解法。
A new alternate iteration method based on block bordered diagonal model for parallel computation in simulation of electric power system dynamics is presented in this paper.
参考分布式计算技术中“黑板”体系结构，提出了交通流分布式并行仿真框架，并基于。
According to the blackboard architecture in the parallel computation techniques, a framework for parallel and distributed traffic flow simulation is presented in this paper.
并行仿真技术广泛应用于复杂系统仿真以及实时仿真中，回退是影响乐观并行仿真性能的关键因素。
Parallel simulation technology is broadly used in complex system simulations and real-time simulations, and rollback is a key factor to the performance of optimistic parallel simulation.
实践证明，满足文中限制条件的异步并行仿真计算比相应的同步并行仿真计算具有更高的加速性能。
Experiment results show that under the limit condition the asynchronous parallel simulation could gain much higher speedup than its synchronous counterpart.
由于并行仿真机具有并行地运行多个程序的功能；因此，用并行仿真机对并行梯度算法进行分散仿真，具有很大的方便性。
Since a parallel simulation computer enables several processes to be executed concurrently, it is quite convenient to simulate the parallel gradient algorithm on a parallel simulation computer.
视景仿真技术是汇集了计算机图形学、多媒体、人工智能、人机接口、传感器、高度并行的实时计算等多项关键技术。
Vision simulation concerns technologies such as the computer graph, multimedia, artificial intelligence, man-machine interface, the sensor, parallel calculations.
为了保证进行实时仿真，并行数字计算机的计算步长除与对象复杂程度有关外，还与所选数字计算机数目有关，选取较小步长必须使用较多计算机。
To ensure the real-time simulation, the step length of the parallel digital computer must be related not only to the complexity of the object but also to the number of the bigital computers selected.
该文从软件开发的角度出发，提出了一种解决电磁暂态实时仿真问题的分网并行算法。
In this paper, a new method named "node-splitting algorithm" is presented to deal with the power system electromagnetic transient network partition and parallel simulation.
目前的大型并行计算系统的价格太高，无法满足工业界对于大型光器件仿真的需求。
The current large parallel computer system no longer satisfies the demands of large optical devices simulation in the industry because the price of the system is too high.
针对舰船目标尺寸巨大、形状复杂、电磁设备繁多的特点，选取并行多层快速多极子技术来模拟仿真其电磁环境。
Electromagnetic environment of ship, an extremely large complex target with various electromagnetic equipments, was simulated by parallel multi-level fast multipole algorithm (MLFMA).
首先建立了并行计算机系统的仿真环境，用以模拟任务在系统中的实际执行过程。
First of all, a simulation environment of the parallel computer system used in the simulator is set up to simulate the real execution process of the tasks in the system.
对计算机并行处理技术在电磁暂态仿真计算中的应用进行了初步分析，并描绘了一种适合于并行计算的算法。
This paper presents a basic analysis on the application of electro magnetic transient simulation with computer parallel processing technique and describes an algorithm of parallel processing.
在生物自发光成像领域，将基于蒙特卡罗方法的光子前向传输仿真进行并行化，提高了仿真的速度。
In the field of bioluminescence imaging, in order to accelerate simulation speed, a parallel code for Monte Carlo simulation of photon transport is developed.
针对匀速航路、匀加速航路和拐弯航路的数字仿真得出：序贯滤波、并行滤波和最优数据压缩滤波可以很好的跟踪目标且精度较单雷达跟踪有明显的改善。
The conclusion is that sequential filtering, parallel filtering and optimal data compress filtering can run after all kinds of track and the precision of tracking is better than radar.
仿真实验表明，并行处理方法达到亚线性加速，可以较好地满足实时在线辨识内部模型的应用需求。
The simulation experiment shows that the parallel processing method obtains sub - linear speedup , and the requirement for real - time identification of internal model on-line is basically satisfied.
为了减少计算时间，通过消息传递接口完成了算法的并行处理，由八台桌面计算机实现了一个仿真的算例。
In order to reduce calculation time, the parallel processing of the arithmetic is implemented by the message passing interface and the simulation is accomplished by eight personal computers.
本文从信息建模的角度，根据过程管理的具体情况用面向对象的方法，对面向并行工程的过程管理建立了仿真模型和其仿真筹略。
From the Angle of information-modeling, with the object-oriented approach, we give a simulating model and the simulating tactics of the manufacturing process management for concurrent engineering.
论文建立了短波数据链多音并行体制的通信仿真模型，在此模型的基础上分析研究了其抗窄带干扰和宽带干扰的性能。
The communication simulation model of HF multitone parallel transmission is established, and the anti-jamming performance of narrowband and broadband is analyzed based on the model.
文章讨论了基于SI仿真技术的高速电路设计流程，并结合高性能DSP并行系统设计实例进行展开说明。
The paper presents a high-speed circuit design flow based on SI simulation, and illustrates this design flow using a design instance of high performance DSP parallel system.
仿真结果表明，基于多音并行体制短波战术数据链通信使用该方法能够有效躲避多音等窄带干扰。
The simulation results show that the HF TDLs communication based on multitone parallel transmission can avoid narrowband jamming effectively such as multitone jamming.
第三章着重从并行fft演示方案的设计以及整个演示案例实验及仿真结果进行了详细的描述和分析。
In the following chapter 3, this paper focuses on the parallel FFT demonstration design and the results of experiment and simulation of the whole case and makes a detailed description and analysis.
通过仿真表明，DLMS算法以牺牲部分收敛速度为代价，可获得高速并行处理能力。
By analyzing and comparing, the simulation results show that DLMS algorithm is sacrifice some of the cost of convergence rate getting high-speed parallel processing capabilities.
介绍了参与的清华大学CIMS并行室的协同仿真模型库管理系统的研究，阐述了支持协同仿真的模型库的组成及其体系结构。
The structure of collaborative simulation model base studied in tsinghua CIMS/ERC is introduced. The composition and system structure of model base supporting collaborative simulation are expatiated.
模型中采用了基于空间域分解的并行方法，该方法可以将不同地理位置的交通子网分配到集群中的每台结点机进行仿真运算。
The parallelization method is a space domain decomposition, which means that each workstation of the cluster is responsible for a different geographical area of the simulated region.
最后，本文给出了衰减系数的仿真实现，仿真结果也表明了应用衰减系数的新型多级非线性并行干扰删除器性能改善的程度。
And simulation results show that to what extent the performance of the novel multistage non-linear PIC based on attenuation factors can be improved.
针对WITNESS仿真环境下，复杂离散事件仿真建模过程中出现的大量顺序、并行、同步、冲突及因果依赖等关系，提出采用改进型idef 3方法进行仿真建模。
An improved IDEF3 method was presented to describe a great lot sequence, paralleling, synchronization, conflict and consequence relation during discrete event simulation using WITNESS software.
对并行离散事件仿真运行信息展开记录与分析有助于发现程序逻辑错误和性能瓶颈，可为开发人员编写高质量仿真程序提供参考。
Recording and analyzing of running information of PDES can help to dig out running errors and performance bottlenecks, which can assist developer code to higher level.
在该模型中引入仿真对象并将其作为仿真处理的基本单元；引入事件发生的时间属性并将其作为时序的依据，使并行执行的事件能被正确有效地处理。
In this model, a simulative object is considered the basic unit, and complex events' time-stamp is discussed, which is used as a proof to make parallel events be processed correctly and effectively.
在该模型中引入仿真对象并将其作为仿真处理的基本单元；引入事件发生的时间属性并将其作为时序的依据，使并行执行的事件能被正确有效地处理。
In this model, a simulative object is considered the basic unit, and complex events' time-stamp is discussed, which is used as a proof to make parallel events be processed correctly and effectively.
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