Analysis Of Message Dissemination And Achievement Of Display Interface Based On Complex Network

In recent years, a wave of research about complex network is set off at home and abroad. Complex network not only has large network scale, complex network structure, but also complex Network behavior. Many of the real world system can use complex network to describe. Such as research co-operation network in social networks, WWW, scientific research cited network in information networks , Internet, power network in technology networks and so on. Graphic study of complex networks have been some of the fruits.Information age today, message group sending generally prevails.With rapid dissemination speed, large spread scope and number. Dissemination mechanism is similar to the spread of infectious diseases and computer viruses. In this paper, with Complex Network theory and methods, using the humanity relationship and character as the key factors, we build a SMS network model and use graphics to display it. Use the three commonly used networks: smallworld networks, scale-free networks and the actual networks as the structure of human relationships to simulate the message dissemination. The relationship between the number of people who received messages and the dissemination steps, and the relationship between some variable parameters in the model and the number of people who received messages are mainly analyzed.Another part of the article is a cross-discipline integration. Based on the complexity network itself has a multi-disciplinary characteristics, in order to hava a better analysis of the complexity network. Programed such a presentation software: its function is mainly used for displaying the spread behevior of complex network. The software coding is base on the graphical programming of swing in Java, its main functions, including the dissemination of the phase diagram of Lorenz system, and Chua's circuit, the generation process of Small-world networks and scale-free networks, as well as the dissemination of the message model. Each node and connection and the propagational flow of messages can be clearly seen based on the swing graphics technology of Java porgramming. Graphics interface of other programming languages can also be used to process visual presentation of other complex network and to help analyzing the results. Hope the first achievememt of this function can enlighten large researchers and enthusiasts of complex network for further research.