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扩展卡尔曼实现两个目标真实目标轨迹模拟，实现目标跟踪(Extended Kalman track to achieve two goals realistic simulation of the target to achieve the target tracking)

了解目前指紋使用環境, 使用功能,以及未來的發展(Understand the current fingerprint with the environment, function, and future development)

基于自适应的遗传算法求解，比标准遗传算法具有更加良好的解集，收敛性能更好(The solution based on adaptive genetic algorithm has better solution set and better convergence than standard genetic algorithm.)

用Lmi工具箱的最小化方法来估计系统的发生的故障(We use the minimization method of Lmi toolbox to estimate the failure of the system.)

卡尔曼滤波程序，并附有具体的实例，对初学者希望有用(Kalman filtering process, together with specific examples, hope helpful for beginners)

MIMO LTE 简单介绍LTE中MIMO技术(MIMO LTE LTE in the MIMO technology brief)

此函数中主要给出了如何实现MRI体数据的可视化，详细的给出了如何实现的步骤；(This function is mainly given how MRI volume data visualization, gives a detailed steps on how to achieve )

用窗函数设计数字滤波器，对所给出的含有噪声的声音信号进行数字滤波处理，得到降噪的声音信号，并进行播放试听。(Digital filter design, the sound signal containing noise given digital filter processing sound signal to reduce noise and play audition.)

通过程序描述了一个浅海的地形声速剖面信息，在彩色图上画出(that give an example of SSP information)

通过公式SW=（C/Crand）/（L/Lrand）求取复杂网络的小世界性系数。 注：其中聚类系数和平均距离都是直接调用工具包中的函数。(By the formula SW = (C/Crand)/(L/Lrand) to strike a small complex networks worldwide coefficients. Note: where clustering coefficient and average distance are called directly toolkit functions.)