Abstract
Information dissemination and its prediction in wireless networks is a challenging task. Researchers have studied the prediction process of media information dissemination in wireless networks using various methods. In this paper, we analyze information dissemination in wireless networks using a deep residual network model. In the proposed model, the relative weight of nodes and the dissemination probability of media information in wireless networks are obtained. The obtained information is the inputs into the deep residual network as features. The convolution feature extractor is used to obtain the details of the input features. Finally, the propagation information is classified according to the extracted features through the full connection layer. We have used the SELU activation function to optimize the deep residual network. In this way, a complete media information dissemination prediction of wireless networks is obtained. The simulation results show that the proposed model has fast convergence and a low bit error rate of information dissemination. It reflects the characteristics of media information dissemination in a wireless network in real-time applications. The results show accurate prediction of media information dissemination in wireless networks.
Highlights
Media refers to a carrier used to spread all kinds of information
How to describe the dissemination behavior of information in social networks revealing their characteristics and dissemination rules has very important theoretical research and practical application value and one of the current research hotspots. e residual network (RESNET) is a convolution neural network proposed by four scholars from Microsoft Research
Media information dissemination in a wireless network is affected by many factors. e study of factors affecting information dissemination is helpful to understand the law of information dissemination
Summary
Graduate School of Management of Technology, Pukyong National University, Busan 48547, Republic of Korea. The relative weight of nodes and the dissemination probability of media information in wireless networks are obtained. E obtained information is the inputs into the deep residual network as features. We have used the SELU activation function to optimize the deep residual network In this way, a complete media information dissemination prediction of wireless networks is obtained. E simulation results show that the proposed model has fast convergence and a low bit error rate of information dissemination. A complete media information dissemination prediction of wireless networks is obtained. It reflects the characteristics of media information dissemination in a wireless network in real-time applications. It reflects the characteristics of media information dissemination in a wireless network in real-time applications. e results show accurate prediction of media information dissemination in wireless networks
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