资源列表
sskpls_toolbox
- 基于半监督KPLS的概率聚类核，是用matlab编写的一个工具箱，可参考论文：Semisupervised nonlinear feature extraction for image classification和Semisupervised kernel orthonormalized partial least squares-Semisupervised KPLS with Probabilistic Cluster Kernel [SS-KPLS]
rickerMP
- 将信号分解成多个子波程序，贪婪MP算法。-Signal is decomposed into more child program, greedy MP algorithm
spgl1-1.8
- 该算法可以有效解决BPDN，BP以及Lasso问题- SPGL1 is a Matlab solver for large-scale one-norm regularized least squares. It is designed to solve any of the following three problems: 1. Basis pursuit denoise (BPDN): minimize ||x||_1 subject to |
LBM-liquid
- matlab 模拟单相流动换热，验证可行。有很好的参靠价值意义-matlab simulation of single-phase flow and heat transfer, proven feasible. Have a good sense of the value of participation by
bridge
- 压缩包里面为2个程序，一个是悬链线模拟索的程序，一个是抛物线法模拟的索的程序-Compressed inside of two programs, one cable catenary simulation program, a parabolic law analog cable programs
FDTD
- 利用FDTD方法计算简单目标（如：方柱）的RCS，通过迭代求解，近远场外推，得到远区场的结果
PyGEP-0.2.1.beta-r100
- 比较完备的GEP算法实现，GEP算法的基本过程和GA的过程非常相似，GEP处理的对象可以是单基因或多基因组成的染色体（基因组）-More complete GEP algorithm, the process and the basic process GEP algorithm GA is very similar objects can be handled GEP chromosomes consisting of a single gene or multiple genes (geno
PST
- 电力系统工具箱（Power System Toolbox,PST），常用电力系统分析工具，可以实现潮流计算，暂态稳定分析，小信号分析等功能。-Power System Toolbox (Power System Toolbox, PST), commonly used in power system analysis tools, can achieve flow calculation, transient stability analysis, small-signal analysis f
FDTD
- FDTD（时域有限差分法）计算固-固二维声子晶体的传输特性，简单易懂。-FDTD (finite difference time domain method) to calculate the solid- solid transmission characteristics of two-dimensional photonic crystal, easy to understand.
plasticity_exp
- ABAQUS UMAT Plasticity_explicit
Pspice-boost
- 主要是仿真的原理图，Pspice的。开关电源boost。-Mainly schematic simulation , Pspice s . Switching power boost.
power_PVarray_grid_det
- 光伏电池模块封装，升压电路，三相逆变，并网-This example shows an average model of a 100-kW array connected to a 25-kV grid via a DC-DC boost converter and a three-phase three-level VSC. Pierre Giroux, Gilbert Sybille (Hydro-Quebec, IREQ) Carlos Osorio, Shripad Chand