WLAN browsing webpage service electromagnetic radiation prediction method

Abstract

The invention discloses a WLAN browsing webpage service electromagnetic radiation prediction method, which comprises the following steps: according to a webpage browsing service mode, establishing a probability density function of the size of a main object of a webpage page, the probability density function of the size of an embedded object, the probability density function of the number of the embedded objects, the probability density function of the page recombination time, the probability density function of the embedded object arrival interval and the probability density function of reading time; respectively calculating the expected values of the size of the main object of the webpage, the size of the embedded object, the number of the embedded objects, the webpage recombination time,the embedded object arrival time and the reading time; calculating the duty ratio of the WLAN browsing webpage service; finally, using a frequency spectrum analyzer to measure the maximum electromagnetic radiation intensity of the WLAN browsing webpage service and predicting the average electromagnetic radiation intensity of the WLAN browsing webpage service according to the duty ratio of the WLAN browsing webpage service. According to the characteristics of the browsing webpage service, the duty ratio of the WLAN browsing webpage service is analyzed and obtained, and the average electromagnetic radiation intensity of the WLAN browsing webpage service is accurately predicted.

Description

technical field [0001] The invention relates to a method for predicting electromagnetic radiation of WLAN webpage browsing service. Background technique [0002] With the popularization of wireless local area network (Wireless Local Area Network, WLAN), it is more and more important to evaluate the electromagnetic radiation intensity of WLAN. At present, the main research on WLAN electromagnetic radiation is mainly based on measurement. People often browse the web through WLAN, which also generates electromagnetic radiation. Browsing webpage services through WLAN has certain characteristics. For example, people will first click on the page link to obtain the content of the page. When transmitting the content of the page, WLAN will transmit information according to the embedded object. At the same time, people will read the content of the page after obtaining the content of the page. WLAN does not transmit signals during the reading period. In the published literature, there...

AI Technical Summary

Problems solved by technology

People often browse the web through WLAN, which also generates electromagnetic radiation. Browsing webpage services through WLAN has certain characteristics. For example, people will first click on the page link to obtain the content of the page. When transmitting the content of the page, WLAN will transmit information according to the embedded object. At the same time, people will read the content of the page after obtaining the content of the page. WLAN does not transmit signals during the reading period. In the published literature, there is no method for WLAN web browsing service based on the characteristics of the web browsing service. Electromagnetic Radiation for Accurate Prediction

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