搜索资源列表
puzzle_java
- 魔方问题是算法设计中一个难点,搜索算法的复杂度很高,在这个例子中将采用并行处理的算法对其中的限界剪枝算法进行搜索。-algorithm for solving the problem is a difficult design, search algorithm is highly complex, In this example will use parallel processing algorithms which limits pruning algorithm for the sear
BGM求解线性方程
- 使用“Biconjugate Gradient Method”并行程序实现复杂的线性方程求解 -"Biconjugate Gradient Method" parallel process of complex linear equation
数值分析2
- 由于一个数值问题的精确解往往事先不知道,而用数值方法求出的计算解的误差又是不可避免的。因此,数值解是否失真,如何判断──即误差问题,成为大家所关心的重要而又困难的问题,本章只介绍了误差的基本概念和数值计算的若干原则,这对处理数值计算问题是必需的,但是仅这些还远远不能解决工程和科学计算中更为复杂的误差分析问题,还需专门分门别类地进行研究。-as an accurate numerical solution of the problem often did not know in advance,
MPI_Parallel_Programming
- 书中第一部分简单介绍了并行程序设计的基本知识;然后在第二部分介绍基本的MPI并行程序设计方法,它虽然基本,但是却非常重要,因为通过这部分介绍的功能,可以实现几乎所有的通信功能;第三部分是在第二部分的基础上,介绍高级、复杂的MPI并行程序设计,使用高级的MPI调用可以提高并行程序的通用性和移植性,对提高并行程序的开发效率、可读性以及并行程序的执行效率等都有好处;最后一部分介绍MPI的最新扩展MPI-2,着重对动态进程管理、远程存储访问和并行I/O进行了讲解。-The book first sect
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
Adaptive_particle_swarm_algorithm
- 自适应粒子群算法,自适应粒子群算法,在普通的粒子群算法里面加入了熵和平均粒距的概念,收敛速度大大提高,而且不容易陷入局部最优,能更有效的解决复杂问题。-Adaptive particle swarm algorithm, adaptive particle swarm optimization, in which ordinary PSO joined the entropy and the concept of average distance, speed up the convergenc
Pso
- 一种新的并行文化微粒群优化算法,为了避免微粒群优化算法在解决复杂优化问题时陷入局部最优-A new parallel culture particle swarm optimization, in order to avoid particle swarm optimization in solving complex optimization problems into local optimum
Sourcebook.of.Parallel.Computing
- 一本全面介绍近年来并行计算研究进展的著作,其综合性很强,适合有专业背景的学者阅读。-A comprehensive descr iption of recent progress in parallel computing works, and its very complex, suitable for a professional background in academic reading.
Complex
- Realization of Complex Numbers class, with tests and calculations. Really useful.
www
- 一本将基于近邻传播算法的半监督聚类的算方法书.对于聚类研究的很有帮助-Abstract: A semi-supervised clustering method based on affinity propagation (AP) algorithm is proposed in this paper. AP takes as input measures of similarity between pairs of data points. AP is an efficient a
1
- 工程师和科学家们面临着用更少的时间建立杂系统模型的需求,他们使用分布式和并行计算来解决高性能计算的问题。这些分布式环境由多处理器和多核计算机来实现。-Engineers and scientists are facing less time to establish the needs of complex systems model, they use distributed and parallel computing to solve the problem of high-perform
complex-method
- 约束优化的复合型法,寻找优化问题的最优点和最优值-This function offers a function to solve the minimum point and minimum value of a constrained optimization problem by using complex method
MCHOLSK
- C scr ipt for solving Hermitian positive definite set of complex linear simultaneous equations using Cholesky decompisition method.
calculator
- 简易计算器 加减乘除累加计算,复杂运算,即时显示每一步计算结果-Simple Calculator, Math cumulative calculation, complex computing, real-time display every step of the calculation results
Interims-Check-That-Based-on-CUDA
- 本程序解决的问题是中期冲突探测的GPU加速问题。随着航空运输业的持续高速增长,空中交通流量日益增长、空域密度不断增加,使得飞机之间的碰撞风险大大增加,对飞行安全造成了严重威胁。为了保障空中交通安全,防止飞机发生危险接近甚至碰撞,冲突检测至关重要。但是,冲突检测的算法非常复杂,而且当某片空域密度过大时,会严重影响检测速度,从而丧失时效性,这时,CPU计算完全不能适应需求,引入GPU并行计算就很必要了。本试验中,经过cuda加速后,不仅能很好的解决目前国内空中管制的100条计划的要求,并且能大大提高
cufft_1d_r2cac2r_new
- 基于CUDA平台的一维数组傅里叶变换程序,可以进行实数到复数的变换和复数到实数的变换。-CUDA-based platform for one-dimensional array Fourier transform procedure can be a real number to a complex number to a real transformation and complex transformation.
VectMultVect
- TMS320C6678 复向量相乘源代码,TMS320C6678是TI公司推出的一款8核DSP,具有强大的并行处理能力,复向量点乘使用汇编语言编写,顶层使用C语言调用,书写简单,方便调用-TMS320C6678 complex vector multiplication source code, TMS320C6678 is TI has introduced an 8-core DSP, a powerful parallel processing capabilities, complex
Complex
- 该算法避免了传统算法中因复数运算而带来的困难-It is shown that the trouble with the complex operation in the traditional algorithm has been avoided
并行计算MPI程序设计
- FFT,即为快速傅氏变换,是离散傅氏变换的快速算法,它是根据离散傅氏变换的奇、偶、虚、实等特性,对离散傅立叶变换的算法进行改进获得的。它对傅氏变换的理论并没有新的发现,但是对于在计算机系统或者说数字系统中应用离散傅立叶变换,可以说是进了一大步。(FFT, that is fast Fourier transform, is a fast algorithm for discrete Fourier transform. It is based on the odd, even, imaginar
CUDA code
- CUDA(Compute Unified Device Architecture),是显卡厂商NVIDIA推出的运算平台。 CUDA?是一种由NVIDIA推出的通用并行计算架构,该架构使GPU能够解决复杂的计算问题。(CUDA (Compute Unified Device Architecture), is the graphics platform NVIDIA's computing platform. CUDA is a general purpose parallel computi
