Suyi Liu

Work place: College of Electronics and Information Engineering, Wuhan University of Science and Engineering, Wuhan 430073, China

E-mail: liusuyipost@yahoo.com.cn

Website:

Research Interests: Network Architecture, Network Security

Biography

Suyi Liu. Female, Professor in the department of electrons and information, Wuhan Institute of Science and Engineering. She was born in province ShanXi City Xi’An in Dec. 1962. China.Under graduated in Wuhan Institute of Water Conservation and Electric Power, majored river dynamic, and received bachelor’s degree in 1984; graduated in Wuhan University of Water Conservation and Electric Power, majored Technology and Economics, received Master’s degree in 1996; graduated in Huazhong University of Science and Technology, majored Water Conservation and Electric Power, received P. H. D. in Dec. 2003.
Undertaken research on theory and method of nonlinear, the research content included nonlinear theory and methods, such as the wavelet theory, artificial neuron network, wavelet network etc. had researched in the area of methods of model, prediction and optimization of complex system, published papers in the key magazine and international conference which were indexed by CSI、EI and ISTP.

Author Articles
The Generation system of Textile Pattern draft Based on Quasi-regular Pattern Theory

By Suyi Liu

DOI: https://doi.org/10.5815/ijieeb.2009.01.07, Pub. Date: 8 Oct. 2009

The quasi-regular patterns generated from hamiltonian has unique balanced symmetry. The patterns are quite suitable for the textile fabric. However the number of patterns just generated from hamiltonian are limited. Therefore in this paper a 110 of functions built by the methods of hamiltonian of superposition, nesting, combination and parameter variations, and it can increase the type and quantity. All of functions can generate fine patterns suited for textile fabric after computer graphics.
The system of textile pattern draft is generated by Visual basics for the computer. The system allows individual selection of function and parameters to change the pattern and the color conditioning. In this way, it successfully achieves the purpose.

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