Abstract
In order to improve the information sharing effect of pedagogy courses, it is necessary to improve the system information transmission network algorithm. This paper improves the wireless sensor network algorithm and analyzes and verifies the performance analysis model of the Aloha protocol in multihop underwater acoustic sensor networks (UASNs). Based on the improved performance analysis model of the Aloha protocol on the String topology network, the expected throughput of the String topology network and the average end-to-end delay can be obtained, and the transmission effect of pedagogy information in the sensor network can be improved. In addition, this paper constructs a pedagogy course information sharing system based on wireless sensor network to verify the information sharing effect of the model constructed in this paper. The experimental research results show that the system model proposed in this paper has certain effects.
Highlights
Education is a social activity system constructed artificially for the purpose of cultivating people, rather than a natural existence
The purpose of pedagogy research on educational phenomena and educational problems is to reveal the laws of education. e focus of pedagogy research on educational values is often to discuss the multiple possibilities and value choices of the educational activity system, reality and ought, objective laws and the subjective and active creation of historical unity [1]
In view of the foregoing, we can think that the research object of pedagogy can have multiple choices, which can be the law of education or the value of education or the art of education
Summary
Received 27 December 2021; Revised 18 January 2022; Accepted 31 January 2022; Published 1 March 2022. In order to improve the information sharing effect of pedagogy courses, it is necessary to improve the system information transmission network algorithm. Is paper improves the wireless sensor network algorithm and analyzes and verifies the performance analysis model of the Aloha protocol in multihop underwater acoustic sensor networks (UASNs). Based on the improved performance analysis model of the Aloha protocol on the String topology network, the expected throughput of the String topology network and the average end-to-end delay can be obtained, and the transmission effect of pedagogy information in the sensor network can be improved. This paper constructs a pedagogy course information sharing system based on wireless sensor network to verify the information sharing effect of the model constructed in this paper. E experimental research results show that the system model proposed in this paper has certain effects This paper constructs a pedagogy course information sharing system based on wireless sensor network to verify the information sharing effect of the model constructed in this paper. e experimental research results show that the system model proposed in this paper has certain effects
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