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2dFDTD
- 能进行fdtd数值模拟工作，采用的是完全匹配层边界条件-Numerical simulation of FDTD can work, using the perfectly matched layer boundary conditions
weixingtianxian--zitaijiaojisuan
- 卫星天线的俯仰角航向角滚动角的快速计算小程序，输入初始计算条件即可简单得出结果，有助于开发者算法快速验证及实际测试结果验证。-Satellite antenna direction of the pitch angle of the fast calculation of the rolling angle applet, enter the initial conditions can be a simple calculation of the outcome of the rapid me
measles
- 解边界条件的微分方程的例子，需要熟悉matlab才行-Solution of the boundary conditions of the differential equations examples need to be familiar matlab Caixing
abstract_bg_201003
- 近年来，在不断增长的应用前景刺激之下，微型飞行器正逐步成为一个国际 性的研究热点。MAV 在低雷诺数条件下具有的非线性飞行动力学特性、外界非 定常大气扰动、系统内的微型化和测量精度等因素，使得MAV 自主飞行控制成 为一个有别于常规无人机控制的复杂问题。-In recent years, the growing prospect stimulation under the MAV is gradually becoming an international hotspot. MAV
20079131189644729257
- 查看制冷工况级环境温度下的高压压力、低压压力-View refrigeration temperature under conditions of high pressure level pressure, low pressure
matlab_algorithms
- 首先总结FDTD算法中的两种典型边界条件的算法特点，然后提出用Matlab语言编程的步骤和应注意的问题，并结合具体例子讲解编程的方法，最后得出用Matlab语言对FDTD算法编程的几点结论-FDTD algorithm is summarized in the first two typical boundary conditions of the algorithm characteristics, and proposed using Matlab programming steps and
conjugate-gradient-Poisson-Eq
- 共轭梯度算法解三维变周期边界条件泊松方程，MPI并行计算和串行计算各一份实例-Conjugate gradient algorithm solving the three-dimensional Poisson equation with periodic boundary conditions, by MPI parallel computing and serial computation
Couette
- 用C++模拟LBM的couette流源代码，使用周期边界和曲线边界条件。-LBM simulation using C++ source code of couette stream, using periodic boundary conditions and boundary curves.
squareflowOK
- 用LBM模拟方腔流，C++语言，运用曲线边界条件。-LBM simulation with cavity flow, the use of curve boundary conditions.
mpi_wave
- mpi fortran wave equation solver code !cc MAIN is the main program for WAVE_MPI. !c !c Discussion: !c !c WAVE_MPI solves the wave equation in parallel using MPI. !c !c Discretize the equation for u(x,t): !c d^2 u/dt^2 - c^2 * d^2 u
Colfax-HOW-Day-04
- 引入了线程并行，OpenMP并行框架。讨论的主题包括：使用线程来利用多个处理器内核，线程和数据并行，协调使用OpenMP线程的创建和团队他们处理循环和树木的任务。OpenMP的讨论提到控制线程的数量，控制变量条款和范围的共享，循环调度模式，使用互斥锁来保护竞争的条件，并与线程私有变量减少并行可扩展的方法。讲座部分的结论与讨论的一般方法来实现在计算应用中的并行的机会。动手部分演示了使用OpenMP并行串行计算和论证了循环变量共享，在一个应用实例进行数值积分的互斥和并行还原。-Session 4 i