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miv
- 针对双基阵提供的有偏方位角量测信息,对双基阵纯方位目标可观测性的必要条件及其Cramer-Rao下限 进行了理论推导.在此基础上,采用一种新的辅助变量方法对双基阵纯方位跟踪性能进行改进,并在可观测条件下对 目标进行了蒙特卡洛仿真实验.实验结果表明,新的辅助变量方法可以使参数估计精度大大提高,并且上述理论对制 定实际的跟踪策略或算法具有一定的参考价值
四种方法求解15阶线性方程组
- 采用Cramer算法、Gauss列主元、Gauss全主元、Doolittle算法等四种方法求解15阶线性方程组的C++代码
Cramer2Rao_Bound 克拉美罗下界
- 对于参数估计问题,克拉美罗界(简称CRB)为任何无偏估计量的方差确定了一个下限. 即不可能求得方差小于下限的无偏估计量,并为比较无偏估计量的性能提供了一个标准. 本程序对CLRB（克拉美罗下界）进行了描述，预留了参数。 希望能对同志们提供帮助。-For the parameter estimation problem, Cramer-Rao bound (referred to as CRB) for any unbiased estimator of variance to determine
liner
- 解线性方程组。算法是克拉默法则。其局限性在于时间复杂度高-Solving linear equations. Algorithm is the Cramer rule. Its limitations is the time of high complexity
crb_ula
- 计算均匀线性阵DOA估计克拉美罗界的代码-a code for compute Cramer-Rao bound for direction of arrive of uniform linear array
CRAMER
- THIS IS A PROGRAM FOR DETECTING ABRUPT CLIMATIC CHANGE
CRB_final
- This the CRB caculated for an OFDM system to compair belind channel estimation. CRB is Cramer Rao bound and it is the lowest bound for analyzing the devlopement of algorithms of channel estimation. -This is the CRB caculated for an OFDM system to c
cramer
- 利用克拉默法则设计的算法解任意阶的线性方程组，使用时先输入未知数的个数。-Using Cramer rule designed algorithm for solving linear equations of any order, using the number of unknowns when you first enter.
cramer
- Solve the system Ax=b.
encontrar_raices
- metodo de cramer para raices. codigo implementado
bragg_reflector_analytic
- 3.4 MATLAB Program Reflectance Spectrum Computation of 1D PhC The program computes the reflectance spectrum of the user-defined layered structure by the method described in this chapter. The solution of the linear equations system is
CRAMERS-TECHNIQUE
- FORTRAN语言程序。采用CRAMER S 方法来检测气候时间序列的突变特征。-THIS IS A PROGRAM FOR DETECTING ABRUPT CLIMATIC CHANGE BY USING CRAMER S TECHNIQUE
Estimation_Theory
- In this project, we consider the problem of estimating a parameter associated with the local oscillator leakage of a RF receiver by tone test. For this reason, an approxi- mate maximum-likelihood (ML) estimator is proposed. It s error performance
cmath
- 选择Cramer算法Gauss列主元Gauss全主元组及Doolittle算法解方程组-Select the pivot column Cramer Gauss algorithm Gauss pivot the whole group and Doolittle algorithm for solving equations
crlb
- cramer rao bound calculation
CRAMER
- 这是一个关于气候数据突变或异常监测的程序，欢迎测试-A PROGRAM FOR DETECTING ABRUPT CLIMATIC CHANGE
AML_Algorithm-for-TDOA
- AML算法能够使计算结果较好的符合克拉美下限，具有较好的精度。-AML algorithm enables the calculation of the Cramer lower bound, with good accuracy.
11
- cout< "--- -----请选择方程解答的方案----------" cout<<"\n 1. 克拉默(Cramer)法则" cout<<"\n 2. Gauss列主元消去法" cout<<"\n 3. Gauss全主元消去法" cout<<"\n 4. Doolittle分解法" cout<<"\n 5. 退出" cout<<"\n 输入你的选择:" -cout
cramer
- this function used to calculate CRAMER
cramer
- This is direct solver for linear problem Ax=b. It uses Cramer s rule, recursively calculating the determinants.