mfile_bridge_tref_PI1

工作流系统模型的性能等价分析􀃃 讨论了基于随机Petri网的工作流系统的顺序、并行、选择、循环4种基本模型,并详细推导了这4种基本模型的性能等价公式.最后通过现实中的一个工作流实例来说明如何建立相应的随机Petri网模型,以及如何利用这些性能等价公式来计算工作流的性能参数.给出了定量分析工作流系统性能的通用方法,通过用这些等价公式不仅可以对复杂的系统进行性能等价化简,而且还可以得到性能参数的乘积解.(Workflow Performance Equivalent points)

模极大程序，小波模极大程序。模极大程序，小波模极大程序模极大程序，小波模极大程序模极大程序，小波模极大程序(Modulus maxima procedure, wavelet modulus maxima procedures modulus maxima procedure on modulus maxima of wavelet modulus maxima procedure, wavelet modulus great program)

Perform rotation, translation and scaling on any image using MATLAB. The function has five inputs. These include at the first place the image which is to be rotated, translated and scaled. The second includes the scale factor. Scale factor less than 1 results in compression whereas that more than 1 results expansion. The value in this field cannot be 0.The third includes rotation which can have values like 0,10 30,etc. The fourth is x translation value and the fifth being the y translation value. The output images will be a combination of all the inputs provided.

句柄下载,用于丰富GUI说明,欢迎下载使用,我感觉最好开源比较好(Handle the download, for rich GUI note, welcome to download to use, I feel the best open source is better)

This code is used in the course Digital Communications. It simulates 16QAM mode with different SNRs.

another erett example..

Forward modelling in Magnetotelluris

利用距离压缩的方法进行脉冲压缩的Matlab程序源代码(Range compression method utilizing pulse compression Matlab source code)

该代码是基于MATLAB的，主要用于求UWB的N阶高斯信号的功率谱密度。(Nth 高斯信号PSD)

STEP: 1.Bringing descriptive model matemaryczny dyiiamike obiektii issue. 2.Present the resulting model in the form of transmittance merging appropriate input and output size. 3. Move the resulting model as rownaii state. 4. By making use of differential equations that describe rowname dyiiamike obiektii modeled. build a model in srodowiskn MATLAB / Simulink. 5.Przy carry out a model built using the experiments indicated by conducting classes and graphs to present position and speed of the system elements. 6. Discuss the correctness of obtained in the course s> wyiiikow stimulations.