| Summary: | 碩士 === 國立交通大學 === 資訊學院碩士在職專班資訊組 === 96 === Currently, the Smartphone is the most famous electronic product of the world. It has many powerful and useful functions, and, brings much benefit to the human beings. The Smartphone has been very important in the human daily life in the last few years, and, has made it attractive to virus and worms. There are three type worms of the Smartphone, the MMS/SMS, the Internet, and the Bluetooth. In this paper, we would like to study about the Bluetooth worms, and, will develop a computer system to simulate the spreading of it, and then, we will discuss three kinds of the immunizations, the random, the target, the new method (we named it the vaccine spreading). To do the simulation for the Bluetooth worms, we need to build the related basic network, the contact network of the Bluetooth function, of the Smartphone. That is, we need to construct a human daily contact network as the basic network. According to many papers, the human daily contact network is a kind of the social network, and, should have three main properties, the high clustering, the low distance between any two nodes, and, the tail of the degree distribution follows the power law. We will use the bipartite graph method and the social mirror identity concept to construct the basic network, the human daily contact network, and, show that it will have the three main properties. Finally, we hope that our effort will help future research about the human daily contact network, the simulation about the virus/epidemics on that kind of network, and, the related immunizations.
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