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cplex

于 2018-06-19 发布文件大小:33KB

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下载积分: 1 下载次数: 2

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代码说明：

使用java语言调用cplex求解简单案例(use java language with cplex solver to solve some simple cases)

文件列表：

cplex\.classpath, 390 , 2018-06-18
cplex\.project, 381 , 2018-06-18
cplex\.settings\org.eclipse.jdt.core.prefs, 598 , 2018-06-18
cplex\bin\Example_1.class, 2947 , 2018-06-19
cplex\bin\Example_2.class, 2844 , 2018-06-19
cplex\bin\MainProg.class, 632 , 2018-06-19
cplex\bin\seminar\columnGen$Customer.class, 1172 , 2018-06-19
cplex\bin\seminar\columnGen$Depot.class, 542 , 2018-06-19
cplex\bin\seminar\columnGen$MasterProblem.class, 6005 , 2018-06-19
cplex\bin\seminar\columnGen$Node.class, 1256 , 2018-06-19
cplex\bin\seminar\columnGen$Path.class, 3060 , 2018-06-19
cplex\bin\seminar\columnGen$SubProblem$MyMipCallBack.class, 1964 , 2018-06-19
cplex\bin\seminar\columnGen$SubProblem.class, 8137 , 2018-06-19
cplex\bin\seminar\columnGen.class, 5440 , 2018-06-19
cplex\bin\seminar\Logger$StopWatch.class, 1037 , 2018-06-19
cplex\bin\seminar\Logger.class, 2913 , 2018-06-19
cplex\bin\seminar\mainpro.class, 5615 , 2018-06-19
cplex\bin\seminar\Parameters$ColGen.class, 686 , 2018-06-19
cplex\bin\seminar\Parameters.class, 1313 , 2018-06-19
cplex\src\Example_1.java, 1812 , 2018-06-18
cplex\src\Example_2.java, 2322 , 2018-06-18
cplex\src\MainProg.java, 198 , 2018-06-18
cplex\src\seminar\columnGen.java, 16039 , 2018-06-18
cplex\src\seminar\Logger.java, 2511 , 2018-06-18
cplex\src\seminar\mainpro.java, 5389 , 2018-06-18
cplex\src\seminar\Parameters.java, 1571 , 2018-06-18
cplex\bin\seminar, 0 , 2018-06-19
cplex\src\seminar, 0 , 2018-06-18
cplex\.settings, 0 , 2018-06-18
cplex\bin, 0 , 2018-06-19
cplex\src, 0 , 2018-06-18
cplex, 0 , 2018-06-18

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high-resolution-one-dimension
高分辨率要求系统具有大的带宽，瞬时带宽的增加必将提高系统对硬件的要求，本文采用方便灵活的步进频率波形信号。脉间频率步进波形通过子脉冲载频的步进变化来获得大的有效带宽，使成像具有高分辨率，采用加窗和补零方法提高信噪比，但该信号对目标径向速度非常敏感。采用补零方法提高距离取样分辨率，使距离像细化，并用公式说明了补零只能提高距离取样分辨率，并不能改变频率步进信号的距离分辨能力。该信号波形对目标径向速度的敏感，使目标能量分散到邻近的距离单元造成距离分辨率下降，如果不事先进行速度补偿，直接对回波信号进行逆傅立叶变换，将使所成一维距离像发生频谱展宽，并伴有距离像发生平移。本文证明了当目标有径向速度时仍采用对回波信号直接进行逆傅立叶变换的方法将使一维距离像发生频谱展宽并伴有距离像发生频移，从而严重影响了一维距离像的质量。(high-resolution requirements of the system with large bandwidth, the increased instantaneous bandwidth will improve the system of hardware, In this paper, a flexible and convenient step frequency signals. Pulse frequency step-pulse waveform through the carrier frequency step to achieve great changes in the effective bandwidth. make imaging with high resolution, increasing the window and fill methods to improve signal-to-noise ratio is, However, the signal on the target radial velocity is very sensitive. Using zero-distance sampling method to improve resolution, so that distance as refinement, and formulates a zero-distance sampling can improve resolution, does not alter the frequency of the signal from stepping resolution capabilities. The signal waveform on the target radial velocity sens)

2007-04-07 22:15:33下载

积分：1
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14节点牛拉算法计算潮流程序，用于电力系统的潮流计算程序，可以直接用于潮流计算，也可以用于学习潮流计算的流程和方法。(For power flow calculation program, can be used directly flow calculation can also be used to study flow calculation processes and methods.)

2020-07-04 20:40:02下载

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稀疏矩阵的DIA/ELLPACK/COO/CSR/HYB表示形式，以及各表示形式下的稀疏矩阵乘法（稀疏大矩阵*矢量）的CUDA实现。对于矩阵中每一行稀疏元素个数较统一的情况，ELLPACK表示最佳，其次是HYB（ELL+COO）。 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。它包含了CUDA指令集架构（ISA）以及GPU内部的并行计算引擎。开发人员现在可以使用C语言来为CUDA™ 架构编写程序(Sparse matrix DIA/ELLPACK/COO/CSR/HYB representation, as well as the representation of the sparse matrix multiplication (large sparse matrix* vector)' s CUDA implementation. For each row of the sparse matrix representing the number of elements the case of unification, ELLPACK that the best, followed by HYB (ELL+COO). NVIDIA CUDA ™ is introduced by a general purpose parallel computing architecture that makes the GPU to solve complex computational problems. It contains the CUDA Instruction Set Architecture (ISA) and the GPU parallel computing engine. Developers can now use the C language to write programs for the CUDA ™ architecture)

2013-07-11 17:46:21下载

积分：1
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将一些标准数值与非数值算法集中封装在几个DLL中,需要用时可在VB/Delphi/C#中分别调用,这里提供了3个小程序,分别用于线性方程组求根、计算行列式的值、矩阵求逆。(Some standard numerical and non-numerical algorithm focus on packaging in several DLL, it is necessary to use when in VB/Delphi/C# Call, respectively, this provides three small programs, respectively, for the roots of linear equations, calculation of the value of the determinant, matrix inversion.)

2008-06-28 22:35:05下载

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tmmforgrating
用传输矩阵法计算光栅场，寻找bloch 模(use of the transfer matrix method grating market, find bloch Die)

2006-12-12 16:26:30下载

积分：1
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本算法是基于数值计算中的SQP编写的MATLAB程序。非常实用的一个小程序。(This algorithm is based on the numerical calculation of SQP written MATLAB program. Very practical one small program.)

2020-12-29 10:39:00下载

积分：1
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基于CPLEX半连续变量求解发电机组单时段经济调度问题，给定负荷需求，求每台发电机输出P=0或Pmin<=P<=Pmax,使发电成本最小。(Semi-continuous variable based on CPLEX to solve a single period of economic generator scheduling problem, given the load demand, seeking each generator output P = 0 or Pmin <= P <= Pmax, the minimum cost of power generation.)

2011-07-04 22:16:33下载

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java编写九九乘法表 1*1=1 2*1=2 2*2=4 3*1=3 3*2=6 3*3=9 4*1=4 4*2=8 4*3=12 4*4=16 5*1=5 5*2=10 5*3=15 5*4=20 5*5=25 6*1=6 6*2=12 6*3=18 6*4=24 6*5=30 6*6=36 7*1=7 7*2=14 7*3=21 7*4=28 7*5=35 7*6=42 7*7=49 8*1=8 8*2=16 8*3=24 8*4=32 8*5=40 8*6=48 8*7=56 8*8=64 9*1=9 9*2=18 9*3=27 9*4=36 9*5=45 9*6=54 9*7=63 9*8=72 9*9=81 (Multiplication table 1*1=1 2*1=2 2*2=4 3*1=3 3*2=6 3*3=9 4*1=4 4*2=8 4*3=12 4*4=16 5*1=5 5*2=10 5*3=15 5*4=20 5*5=25 6*1=6 6*2=12 6*3=18 6*4=24 6*5=30 6*6=36 7*1=7 7*2=14 7*3=21 7*4=28 7*5=35 7*6=42 7*7=49 8*1=8 8*2=16 8*3=24 8*4=32 8*5=40 8*6=48 8*7=56 8*8=64 9*1=9 9*2=18 9*3=27 9*4=36 9*5=45 9*6=54 9*7=63 9*8=72 9*9=81 )

2012-11-29 08:29:51下载

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计算一般的mie散射光强等参数的精确程序，得到muller矩阵的各个元素表达式(scattering of Mie)

2020-07-03 04:20:02下载

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damage
通过FORTRAN编写damage子程序，在板材成形中实现破裂的可视化及成形极限预测(FORTRAN subroutine written by damage to achieve rupture of visualization in sheet metal forming and forming limit prediction)

2021-04-19 21:28:50下载

积分：1

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