Migrating entities are beneficial to improve performance of large-scale distributed simulation systems, while time synchronization during migration is the key and difficult issue.
实体迁移技术有利于改善大规模分布式仿真系统的性能，其中迁移期间的时间同步是其关键与难点。
Many simulation experiments indicate that GA can often generate satisfactory solution for middle or small-scale applications within permissive time.
但大量模拟实验表明，对于中小规模的应用问题，遗传一般能够在许可的时间范围内获得满意解。
This new method reduces the calculative quantity while not affecting the reality, and also effectively improves the fidelity and real-time quality of falling snow simulation in large-scale scenes.
该方法在不影响真实感的情况下减少了计算量，有效提高了虚拟场景中飘雪模拟的逼真度和实时性。
Experiment shows this method improves the in snow simulation, keeps real-time, and ADAPTS to the large-scale terrain, especially for the scene with flight simulation.
实验表明，降雪积雪模拟方法模拟效果真实，实时性良好，适合大场景尤其是飞行模拟系统中。
The real-time simulation of large-scale fluid scenes with complex boundary is of great value in both research and application.
实时模拟具有复杂边界的大规模流体场景具有极其重要的研究与应用价值。
The fast rendering for large-scale and complex scenes is the basis of many important application such as virtual reality, real-time simulation, and so on.
大规模复杂场景的快速绘制是虚拟现实、实时仿真和三维交互设计等许多重要应用的底层支撑技术，也是诸多研究领域面临的一个基本问题。
And based on the time-scale separation principle, divided the control system into fast loop and slow loop, finish the six degrees of freedom nonlinear coordination simulation.
根据时标分离的原则，设计飞行器的快回路和慢回路控制器，并进行全包线六自由度非线性仿真。
The algorithm is applicable to large-scale road network with many to many origin-destination and time-dependent O-D volumes. Simulation results prove the validity of both the model and the algorithm.
该算法适用于多起点、多讫点以及O-D量随时间变化路网的动态系统最优交通分配，仿真结果验证了算法的有效性。
The algorithm is applicable to large-scale road network with many to many origin-destination and time-dependent O-D volumes. Simulation results prove the validity of both the model and the algorithm.
该算法适用于多起点、多讫点以及O-D量随时间变化路网的动态系统最优交通分配，仿真结果验证了算法的有效性。
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