资源列表
LSL_c4
- 四阶格型滤波器，较二阶，三阶误差更小，收敛速度变快，50次即可迭代完成，在降噪方面有显著效果。(Four order lattice filter, compared with the two order, three order error is smaller, faster convergence speed, 50 iterations can be completed, in terms of noise reduction has a significant effect.)
LSL_c3
- 三阶格型滤波器，较二阶误差小，收敛速度变快，并且减少了冲击情况的出现(The three order lattice filter has smaller error than the two order, faster convergence speed, and reduces the emergence of shock)
LSL_c2
- 二阶格型滤波器可以较好的对信号进行噪声滤波，提高信噪比，误差较小，收敛速度较RSL快(The two order lattice filter can filter the signal better, improve the SNR, the error is small, and the convergence speed is faster than that of RSL)
model_build
- 对具有进动形式的空间目标进行微多普勒提取(Micro Doppler extraction of space target)
ISAR
- 对散射点模型飞机进行参数类运动补偿，进行成像，并对成像结果做CFAR检测。(The parameter class motion compensation of the scattering point model aircraft is carried out, and the imaging results are detected by CFAR.)
FePt-Fe
- 微磁学模拟6层纳米线磁矩翻转过程,用于oommf计算软件(This is a micromagnetic simulation program file used in oommf, which can be use to calculaue the six layer's nano line.)
antidots-filled
- oommf用于微磁学模拟计算反点阵磁化翻转(This is an oommf file, which can be used to simulate the rotation of magnetic moment.)
lisp_project
- Lisp interpreter for fun and profit
SemiAirMultiSourc
- 该程序实现瞬变电磁法三维正演，其中场源可以是多个。(The program realizes the 3D forward modeling of transient electromagnetic method, in which the field source can be multiple.)
INV2P5DSB
- 该程序实现空间域重力场界面反演，基于一篇很老的文章编写的。为了加深理解，附上了文章。(The program realizes the inversion of gravity field interface in the space domain, based on a very old article. In order to deepen the understanding, the article is attached.)
zhongci4_corression
- 该程序实现重力勘探中的布格重力场校正，程序包括，地形校正，中间层校正，高度校正，纬度校正，程序较为复杂，但注释清楚利用理解。(The programis about of the Bouguer gravity field correction, including terrain correction in gravity exploration, the middle layer height correction, correction, correction of latitude, t
zhongci_WCYT_shice
- 直接读入实测数据，以grd网格化格式，然后给定延拓高度，利用了快速傅里叶变换，快速得到延拓后的grd数据，直接用surfer画图即可。(Directly read the measured data, GRD grid format, and then given the height of the extension, the use of fast Fourier transform, quickly obtained after the extension of the GRD data,