ami.hdb3

说明：  bpsk 调制，awgn信道，ldpc 系统编码，概率域解码 (BPSK modulation, awgn channel, ldpc system coding, the probability of domain decoding)

一个链路计算的程序，很适用，VC调用matlab(A link calculation procedures, it is applicable, VC call matlab)

一共5个代码，其中aufgabe和lms的功能是输入一个脉冲信号，根据不同的系统参数，得出输出信号。 cordic是一个算角度旋转的方法。 gray和graydecode是输入一个数字，对应输出每次只变一位的2进制输出信号。 因为我还是个学生，可能代码比较简单，希望站长谅解，谢谢！我真心希望能够成为该站的一员，学习到有用的知识。(A total of five codes, which aufgabe and lms function is a pulse input signal, depending on the system parameters, derived output signal. cordic is a rotation angle calculation method. gray and graydecode is to enter a number, corresponding to a time become an output of two binary output signals. Because I was a student, you may code for relatively simple hope that owners understand, thank you! I really hope to be a member of the station, to learn useful knowledge.)

说明：  QuanXuan primary gaussian elimination technique solution of linear equations

说明：  我不多说废话，这是一个完整的TURBO码的编解码程序，对想做信道编码仿真的人绝对利好，该死的20个字(I will not nonsense, it is a complete code of TURBO codec procedures, right wants to channel coding simulation of absolute good, damned 20 characters)

lua open source libary

这是一本关于地球物理反演方法的经典著作《Parameter Estimation and Inverse Problems》，学地球物理的可以看看。(this book is for geophysics inverse problem base study. worth reading if you are a student of geophysics.)

这是一个好用的频偏估计算法的mmatlab仿真程序，谢谢使用。 (This is an easy to use Frequency Offset Estimation Algorithm mmatlab simulation program, and thank you to use.)

利用参数辨识法提取相关对准参数，从而估计出陀螺漂移和数学平台偏角并进行补偿。仿真结果表明，开路罗经法对准具有较高的对准精度、较好的快速性，能够满足捷联惯导系统在静基座下实现自对准的要求。(Expressions of mathematical platform misalignment angles of the open-loop algorithm are derived and parameter identification method is used to pick-up the corresponding coefficients from angle measurements in order to identify and compensate gyro drifts and platform misalignment．The simulation results show that the open circuit gyrocompass alignment of SINS can all meet the requirement of SINS initial alignment with high accuracy and quick reaction on static base. thus can meet the high-precision alignment requirement of carrier based inertial navigation system on swinging base． )

利用Matlab RTW实现控制系统的仿真，使用VC++6.0开发。(Achieved using Matlab RTW control system simulation, using VC++6.0 development.)