Seismic Monitoring: A High-Precision and Versatile Seismic Signal Recorder

This is a prototype product jointly designed and manufactured by Chengdu Technological University and Chengdu China Nuclear Haichuan Nuclear Technology Co., Ltd., etc. which is used for on-site remote acquisition, processing and storage of seismic signal data. This paper introduces the specific design, mathematical algorithm and functional components of the prototype product to support the signal processing of common seismic acceleration sensors. The function and performance demonstration of the prototype product has been successfully carried out in the laboratory. Its design features are technologies that adapt to the current actual needs described in this document. Therefore, many of its functions may be beneficial to the development and application of other similar products. It is expected that the seismic acceleration recorder will serve as a development centre to promote and strengthen the further development of upstream and downstream related technologies.

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Publication Details

Published
2024-11-01
DOI
https://doi.org/10.1109/cac63892.2024.10864747
Primary Topic
Seismology and Earthquake Studies
Type
article
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article

Seismic Monitoring: A High-Precision and Versatile Seismic Signal Recorder

Jie Jiang, Shiyong Huang, Yuru Geng
Seismology and Earthquake Studies
article

Seismic Monitoring: A High-Precision and Versatile Seismic Signal Recorder

Jie Jiang, Shiyong Huang, Yuru Geng
article en

Abstract

This is a prototype product jointly designed and manufactured by Chengdu Technological University and Chengdu China Nuclear Haichuan Nuclear Technology Co., Ltd., etc. which is used for on-site remote acquisition, processing and storage of seismic signal data. This paper introduces the specific design, mathematical algorithm and functional components of the prototype product to support the signal processing of common seismic acceleration sensors. The function and performance demonstration of the prototype product has been successfully carried out in the laboratory. Its design features are technologies that adapt to the current actual needs described in this document. Therefore, many of its functions may be beneficial to the development and application of other similar products. It is expected that the seismic acceleration recorder will serve as a development centre to promote and strengthen the further development of upstream and downstream related technologies.

Openalex Percentile: Top 75%
Seismology and Earthquake Studies
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