SSB_imaging

ADS1292心电采集驱动程序，与平台无关的驱动。(ADS1292 ECG acquisition driver)

隐含层节点30，烟花优化算法，包含特征选取、数理统计、平均值等(evaluate.m;evaluatearray.m;sparksnumfireworkamplitude-cal.m)

说明：  元胞自动机疏散规划。。。。。。。。。。。(Evacuation Planning of Cellular Automata)

NS81 FM/AM tuner driver

图像处理，手写数字识别，手写字符串的分割(Segmentation of handwritten strings)

说明：  字典学习与快速正交匹配追踪。正交匹配追求 （OMP） 在过去十年中已被证明是图像和信号处理领域的重要算法，用于估计字典学习中的稀疏表示。多年来，加快 OMP 算法的精度的努力一直通过通用 OMP （g-OMP） 和快速 OMP （f-OMP） 等变体进行。所有这些算法都递归地求解了"S"样本数中每个信号样本的OMP。该算法，快速 OMP （r-OMP），运行"N"原子的循环，同时估计所有样本，并在自N<<S以来的真实场景中，建议的方法将OMP的速度加快几个数量级。(Orthogonal Matching Pursuit (OMP) has proven itself to be a significant algorithm in image and signal processing domain in the last decade to estimate sparse representations in dictionary learning. Over the years, efforts to speed up the OMP algorithm for the same accuracy has been through variants like generalized OMP (g-OMP) and fast OMP (f-OMP). All of these algorithms solve OMP recursively for each signal sample among 'S' number of samples. This algorithm, rapid OMP (r-OMP), runs the loop for 'N' atoms, simultaneously estimating for all samples, and, in a real scene since N<<S, the proposed approach speeds up OMP by several orders of magnitude.)

verilog-wire a simple circuits

与创业有关的资料，可以用来商业设计大赛参考．-And entrepreneurship-related information, can be used to refer to commercial design contest.

class NumberListener implements ActionListener{ public void actionPerformed(ActionEvent e){ if (!append) { tf.setText("") append=true } String s=tf.getText() s+=e.getActionCommand() tf.setText(s) if (!btn[10].isEnabled()){ for(int i=10 i

修复WINDOWS系统不能显示隐藏文件 压缩包内有两个注册表文件 双击运行导入就可以了-repair Windows system does not show that the hidden documents compressed with two double-click operation registry documents I. to be a