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MDPtoolbox
- The MDP toolbox proposes functions related to the resolution of discrete-time Markov Decision Process : finite horizon, value iteration, policy iteration, linear programming algorithms with some variants. The functions (m-functions) were developpe
RS_soft_decoding_developmengt
- rs码的软迭代译码算法，供大家参考，有参考价值。-rs soft iteration
www
- 瑞丽信道仿真 噪声信号由MATLAB函数randn(1,N)产生，它从均值为0、方差为1的正态分布中产生N个伪随机数。每次迭代时，要使用相应的标准差对噪声的幅度进行尺度变换，最后，将输入信号和噪声信号相加得到输出信号。-Ruili channel simulation noise signal by the MATLAB function randn (1, N) generated, which from the mean 0, variance for a normal distribu
bfsk
- clear all snrdB_min = 0 snrdB_max = 10 SNR (in dB)limits snrdB = snrdB_min:1:snrdB_max Nsymbols = input( Enter number of symbols > ) snr = 10.^(snrdB/10) convert from dB h = waitbar(0, SNR Iteration ) -clear all snrdB_min =
hilbertfractalbpf
- it is a design of BPF of hilbert fractal geometry (2nd iteration) at ISM band
1
- 在简要介绍信道容量概念的基础上，简单介绍了一般信道信道容量的计算步骤，并提出它的局限性。然后在其基础上详细的介绍了更为广泛的一般信道的信道容量的计算方法一迭代法以及它在C++中的实现过程。-In a brief letter of introduction channel capacity based on the concept, briefly introduced the general channel capacity channel calculation steps, and mak
beamformer
- 基于自适应天线阵理论 ,给出了一种用于任意线阵天线的主波束赋形算法。该方法通过迭代获得一组最优权值 ,用来减小加权赋形方向图和期望方向图在主波束上的差别-Based on adaptive array theory, gives a linear array antenna for any beamforming algorithm main. The method is obtained by iteration of a set of optimal weights used to redu
infm_chnl_cpcty
- 一般通信信道容量的迭代算法，具有默认的信道传输矩阵，迭代的停止精度为0.000001（百万分之一）。最后有平均互信息量的变化曲线-Communication channel capacity is generally an iterative algorithm, with default channel transfer matrix, iteration stopping accuracy of 0.000001 (ppm). Finally, there is an average cur
MIMO--with-convolutional-coding
- VC2010及IT++4.2下实现MIMO的仿真-This example demonstrates how to use the Modulator_ND (MIMO) class for soft-output demodulation. The program simulates a simple convolutionally coded spatial-multiplexing (V-BLAST style) MIMO system with maximum-likelihood, a
MIMO2by2_16QAM_SoIC
- 16QAM_SoIC+Turbo迭代检测simulink链路，编码方式为卷积码，收端采用软干扰抵消+APP译码进行迭代检测-16 QAM_SoIC+ Turbo iterative inspection simulink link, coding method for convolution code, accept the interference with soft offset+ APP decode iteration detection
fortran
- 可靠度分析fortran迭代优化程序,包括五次迭代和满足一定精度要求的迭代。-Reliability of the analysis fortran iterative optimization procedure, including the five iterations and meet certain accuracy requirements iteration.
cdd-1090510121
- OFDM功率分配算法仿真，他是基于非合作博弈论的，通过循环迭代实现-OFDM power allocation algorithm simulation, he is based on non-cooperative game theory, achieved through iteration
bodycollision
- (Body碰撞监听)，碰撞筛选器比监听器更加的具有扩展性，可以在筛选器中实现监听器的功能；但是由于自由度太大，一般不推荐使用final float RATE = 30 // 屏幕到现实世界的比例 30px：1m World world // 声明一个物理世界对象 AABB aabb // 声明一个物理世界的范围对象 Vec2 gravity // 声明一个重力向量对象 float timeStep = 1f / 60f // 物理世界模拟的的频率
trversebody
- Android实例化物理世界的范围对象，遍历Body，通过world.getBodyCount()得到循环遍历Body的次数，final float RATE = 30 // 屏幕到现实世界的比例 30px：1m World world // 声明一个物理世界对象 AABB aabb // 声明一个物理世界的范围对象 Vec2 gravity // 声明一个重力向量对象 float timeStep = 1f / 60f // 物理世界模拟的的频率
image-processing-(3)
- The antenna is customize by combining the output of individual sensors and they are scaled based on the corresponding weight. And with the help of minimum squared error the LMS can compute the weight . Spatial filtering involves the signal estimation
DELAY-CAL
- The antenna is customize by combining the output of individual sensors and they are scaled based on the corresponding weight. And with the help of minimum squared error the LMS can compute the weight . Spatial filtering involves the signal estimation
bai_fk23
- Jacobi iteration for solving linear equations class-based, Based chebyshev underwater acoustic signal analysis, Dual-line interpolation FFT harmonic analysis kaiser windows.
urdkr
- Jacobi iteration for solving linear equations class-based, Mainly for data analysis and statistics, Very convenient to use.
ifgmv
- Jacobi iteration for solving linear equations class-based, Various kalman filter design, Transceiver contains two client programs.