NRZ-2-OOK

COM组件的聚合，其中有两个组件，A为内部组件，B为外部组件(COM components aggregate)

Visual Basic.NET应用编程150例(Visual Basic.NET application programming 150 cases)

从声卡获取数据,并保存成文件,最后可以播放保存的文件.(Get data from SoundCard and save it to file.you can play this file.)

基于互相关函数的时延估计，用于声源定位算法。(Time-Delay,Crosscorrelation)

说明：  构建了基于压缩感知的信号处理系统，并用BPDN算法将频域稀疏信号恢复出来，BPDN算法与GPSR算法类似，属于基追踪算法，复杂度较高但较为精准。(A signal processing system based on compressed sensing is constructed, and bpdn algorithm is used to recover the sparse signal in frequency domain. Bpdn algorithm is similar to GPSR algorithm, which belongs to base pursuit algorithm, with higher complexity but more accurate.)

说明：  Elman网络预测上证股市开盘价(Elman network forecasts the opening price of Shanghai Stock Market)

Maximum sizes of TIPC bearer-related names (including terminating NUL).

键盘钩子 C#版本的常用入门级实例

ommonly 用于初始化方法是 Forgy 和随机分区。[9] 的 Forgy 方法随机选择 k 意见从数据集，并使用这些作为初始的手段。随机划分方法首先为每个观察值随机分配一个群集，然后前进到更新这一步，因此计算初始的意思，要其质心，cluster 的随机分配点。Forgy 方法倾向于传播的最初的手段，而随机分区把所有的这些数据集的中心附近的酒店。根据 [9] Hamerly et al.随机划分方法是一般首选等 k-调和手段和模糊 k-均值算法。期望最大化和标准 k-均值算法，初始化的 Forgy 方法是可取的。

Computation of loudness (Zwicker model) according to ISO 532B / DIN 45631 norms. This model is valid for steady sounds. Code based on BASIC program published in the following article: "Program for calculating loudness according to DIN 45 631 (ISO 532B)", E.Zwicker and H.Fastl, J.A.S.J (E) 12, 1 (1991).(Computation of loudness (Zwicker model) according to ISO 532B/DIN 45631 norms. This model is valid for steady sounds. Code based on BASIC program published in the following article: "Program for calculating loudness according to DIN 45 631 (ISO 532B)", E.Zwicker and H.Fastl, J.A.S.J (E) 12, 1 (1991).)