细胞分割处理

说明：  可用于做心电信号实验 心电信号原始数据 解压后有3组心电信号 可用于matlab分析(ECG raw data for ECG experiment)

VHDL代码 键盘扫描，数码管静态移位显示，类似于计算器显示数据-VHDL code

产生频率，幅度可调正弦波，余弦波，使用matlab语言调试，可产生figure文件(Frequency, amplitude adjustable sine wave, cosine wave, using MATLAB language debugging, can produce figure file)

判断一个复杂传递函数的稳定性 通过零极点图或者奈奎斯特图(Judge the stability of a complex transfer function via a pole-zero plot or Nyquist plots)

说明：  最小均方（LMS）自适应滤波器、递推最小二乘（RLS）滤波器格型滤波器和无限冲激响应（IIR）滤波器等。这些自适应滤波技术的应用又包括：自适应噪声抵消、自适应谱线增强和陷波等。(Least mean square (LMS) adaptive filter, recursive least square (RLS) filter, lattice filter and infinite impulse response (IIR) filter. The applications of these adaptive filtering techniques include adaptive noise cancellation, adaptive spectral line enhancement and notch filtering.)

vc的一些原码,对于帮助学习和提高很有帮助-vc some of the original code, for help to learn and improve very helpful

说明：  该程序可以在matlab中实现FFT，进行谐波提取(Realization of FFT in MATLAB)

说明：  一本关于利用matlab处理数据的书 代码多(A book on the use of MATLAB data processing code)

计算机辅助正弦交流电路分析的理论及实现过程。分析方法采用节点分析法。采用了把一个二端元件定义一支路的概念，这种处理方法在网络分析中具有简单、易于掌握的特点。而在解线性方程时采用大家所熟悉的高斯―约当消去法。在建立方程的过程中采用的是形成Gn，Jn的直接填写法。为使读者理解编写通用程序的思路和方法，使用了大量的流程图。程序能处理含有导纳支路、电流源支路、电压源支路、四种受控源支路及含有互感支路的正弦稳态电路。-sinusoidal AC circuit computer-aided analysis of the theory and implementation process. Analysis using nodal analysis method. Used to bring a two-path components of a definition of the concept of this approach in network analysis is simple, easy-to-understand characteristics. The solution of linear equations used are all familiar with the Gauss-Jordan elimination method. The establishment of the equation used in the process of forming Gn, Jn fill in the direct method. In order to enable readers to understand the procedures for the preparation of general ideas and methods, the use of a large number of flow chart. Procedures can handle containing admittance slip current source slip voltage source slip four controlled source service road and the slip road with mutual inductance sinusoid

java 实现的2.5D地图,地图小,但是可以学习方法-realized 2.5D maps, maps of small, but we can learn