Perspectives for the Use of the Internet of Things in Portable Online Cardiac Monitors

Yuldashev, Z. M.; Sergeev, A.; Nastueva, Natalia

doi:10.1007/s10527-021-10102-1

Cited by 3 publications

(1 citation statement)

References 3 publications

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“…The social function of education is realized through teachers. With the so-called "famous teachers produce high apprentices," teachers' teaching level and orientation of teaching materials are directly related to students' professional development and learning effect [14,15]. In colleges and universities, the number of Korean language teachers is sufficient, but the teachers' own teaching level and the ability of Korean language knowledge are not much different.…”

Section: Existing Korean Language Teaching In Colleges Andmentioning

confidence: 99%

The Application of Wireless Sensor Technology of Internet of Things in Korean Language Teaching

2022

Wireless Communications and Mobile Computing

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The Internet of Things sensor technology network can be regarded as consisting of three parts: data acquisition network, data distribution network, and control management center. Sensor technology has the comprehensive processing ability to obtain various information signals, and the technology is integrated into the sensor equipment, so that the sensor technology is connected to form a sensor network with comprehensive information processing capability, which has been widely used in foreign language teaching in recent years. This paper analyzes the shortcomings of traditional Korean language teaching methods in the new situation in detail. It starts from the actual situation and focuses on stimulating students’ interest and proposes a Korean language teaching method based on the Internet of Things wireless sensor technology. This article focuses on analyzing the application of the wireless sensor technology of the Internet of Things in Korean language teaching and applies this method in practical teaching. It verifies the feasibility and effectiveness of the technology for Korean language teaching through the analysis and comparison of the collected data. In this paper, the experiment shows that the application of the wireless sensor technology of the Internet of Things to the Korean language teaching can improve the students’ grades by about 30%. This stimulates students’ interest in learning very well and is of great help to improve students’ learning ability, oral communication ability, and Korean thinking ability, which stimulates students’ interest in learning and improves students’ Korean listening, speaking, reading, writing, and comprehensive learning abilities.

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Section: Existing Korean Language Teaching In Colleges Andmentioning

confidence: 99%

The Application of Wireless Sensor Technology of Internet of Things in Korean Language Teaching

2022

Wireless Communications and Mobile Computing

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Prospects for the Development of Ambulatory Electrocardiographs and Their Future in High-Resolution Electrocardiography

et al. 2023

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Online Monitoring of Automotive Engine Lubricating Oil Based on Internet of Things Technology

Wang

2022

Wireless Communications and Mobile Computing

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In order to realize the online monitoring of automotive engine lubricating oil, a method based on Internet of Things technology is proposed. This method uses the self-organizing neural network of the Internet of Things to fuse the original multidimensional feature data to obtain the fusion value. The Parzen window method is used to formulate the limit value of fusion value, and the samples are divided into three states: normal, warning, and abnormal. Weka software is used to extract rules from oil data. This method can identify different wear state information from oil spectral data, extract knowledge rules, and use them to build the knowledge base of automobile engine wear diagnosis system, so as to realize the automation and intelligence of automobile engine fault diagnosis based on lubricating oil spectral wear data. The measurement method of the lubricating oil sensor is mainly to comprehensively reflect the relationship between oil quality and electrical signal, so as to effectively provide users with reliable information. After many studies, it is concluded that the conductivity of lubricating oil has a good linear relationship with its acid value, metal particles, moisture content, and the change of additive content. Measuring the change of conductivity is an effective means to detect the change of lubricating oil quality. The experimental results show that using the extracted knowledge rules to verify the state of samples, the recognition rate is 97.47%. In order to more fully explain the difference between important element fusion and all feature fusion, all features are extracted. At the same time, the fault diagnosis and recognition rate of all features is not high, only 62.39%. It is proved that the Internet of Things technology can effectively realize online monitoring of the automotive engine lubricating oil.

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Perspectives for the Use of the Internet of Things in Portable Online Cardiac Monitors

Cited by 3 publications

References 3 publications

The Application of Wireless Sensor Technology of Internet of Things in Korean Language Teaching

The Application of Wireless Sensor Technology of Internet of Things in Korean Language Teaching

Prospects for the Development of Ambulatory Electrocardiographs and Their Future in High-Resolution Electrocardiography

Online Monitoring of Automotive Engine Lubricating Oil Based on Internet of Things Technology

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