A mobile behavior analysis method of hotspot users applied to network layout planning

Abstract

The invention discloses a hotspot user movement behavior analysis method applied to network layout planning. The method includes the following steps of firstly, establishing a user movement model through the combination with the heat of hotspots and the user tendency force according to users and the hotspots attracting the users; secondly, conducting statistical analysis according to the user movement model so as to obtain the number of the users, the telephone traffic and the data volumes in the areas of the hotspots; thirdly, conducting base station planning layout according to the obtained number of the users, the obtained telephone traffic and the obtained data volumes. Movement of people is regarded as the result of the gravitation on the aspect of space; leaving of people is regarded as the result of the decreasing of the attraction force of the hotspots for the users on the aspect of time. By means of the model, the staying time of the users in the hotspots of different intensities of heat and the gathering capacity of the users at the hotspots can be counted, the numbers of the users, the telephone traffic and the data volumes of different areas can be provided according to the information, and therefore reference and guidance are provided for network builders.

Description

technical field [0001] The invention belongs to the technical field of wireless communication, and in particular relates to a method for analyzing mobile behavior of hotspot users applied to network layout planning. Background technique [0002] In a real environment, users are often not evenly distributed, but exhibit certain aggregation characteristics, but this aggregation characteristic is difficult to grasp or quantify. Literature [Zhenguo Du, Peilin Hong, Kaiping Xue, Hotspot Gravitation Mobility Model, Communications Letters, IEEE (vol, 16, no, 2), Feb, 2012.193-195] proposes a field theory-based mobile modeling framework for hotspot scenes, called Hotspot Gravity Movement Model. Mobility modeling of hotspot scenes can more effectively simulate user movement behavior and distribution in hotspot areas in the network environment. However, the mobile model only emphasizes the role of attraction in the physical environment, ignores the human choice factor and discrete e...

AI Technical Summary

Problems solved by technology

However, the mobile model only emphasizes the role of attraction in the physical environment, ignores the human choice factor and discrete effects, and only analyzes the aggregation effect of users without considering the discrete effects of users.

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