Eraser584Src

石器时代sa客户端修改辅助工具(可看图)-Stone Age sa client changes auxiliary instruments (see figure)

说明：  HK算法思想很朴实,就是在最小均方误差准则下求得权矢量. 他相对于感知器算法的优点在于,他适用于线性可分和非线性可分得情况,对于线性可分的情况,给出最优权矢量,对于非线性可分得情况,能够判别出来,以退出迭代过程.(The idea of HK algorithm is very simple, which is to obtain the weight vector under the minimum mean square error criterion. Compared with the perceptron algorithm, it is suitable for linear separable and non-linear separable cases. For linear separable cases, the optimal weight vector is given. For non-linear separable cases, it can be distinguished to exit the iteration process.)

HST PSF simulaiton codes.

说明：  通过MATLAB编程，实现对菲涅尔波带片的绘制，改变焦距F可以绘制不同焦距的波带片。(Drawing Fresnel zone plate by MATLAB)

说明：  OFDM即正交频分复用技术，多载波调制的一种。其主要思想是：将信道分成若干正交子信道，将高速数据信号转换成并行的低速子数据流，调制到在每个子信道上进行传输。。每个子信道上的信号带宽小于信道的相关带宽，因此每个子信道上的可以看成平坦性衰落，从而可以消除符号间干扰。而且由于每个子信道的带宽仅仅是原信道带宽的一小部分，信道均衡变得相对容易。(Orthogonal Frequency Division Multiplexing (OFDM) is a kind of multi-carrier modulation. The main idea is to divide the channel into several orthogonal sub-channels, convert high-speed data signals into parallel low-speed sub-data streams, and modulate them to transmit on each sub-channel. The signal bandwidth on each sub-channel is less than the correlation bandwidth of the channel, so it can be seen as flat fading on each sub-channel, which can eliminate inter-symbol interference. Moreover, since the bandwidth of each subchannel is only a small part of the original channel bandwidth, channel equalization becomes relatively easy.)

一些有用的c++算法实现-some useful c Algorithm

直线二级倒立摆的LQR控制算法，仿真效果较好-2 inverted pendulum LQR control algorithm

说明：  这是一个lammps示例，内容是Ti原子在金刚石基材上的溅射过程。包括了用python写的用于生成Ti原子初始能量的脚本，lammps的输入脚本使用了官方提供的Pylammps接口来。具体的过程见readme文件夹中的readme.md(This is an example of lammps in which Ti atoms are sputtered on a diamond substrate. The script written in Python is used to generate the initial energy of Ti atom. The input script of lammps uses the official pylammps interface. For details, see the readme.md)

opnet仿真实例，希望对大家有帮助，-OPNET

海事工程有便标准施工作了作业流程，但就是减少工程风险则多有丢失於专家经验与知道会，因此当缺少经验丰富的专家、或只有口语叙述的质性经验时，如何建立明确的工程风险因数结构，并量化与管控风险因数，肯定属还要之课题。的研究将以海事工程中的海底管线的设为案例，汇做、分析国内外文献，并与海事工程公司合作，进行专家访谈，确认海底的管之风险因数，接着应用明示结构法，找出各因数的因果网络图，再借此从专家填写条件概率表，完成贝氏网络之建构。研究结果显示出使用贝氏网络进行预测时，前期了作业对后期了作业当然还是产生影响，进行事后推论时，能找出前期作业失误因数。