The Academic Conference on Dynamic Signal Analysis of The Chinese Society of Vibration Engineering Was Successfully Held in Ganzhou, Jiangxi Province

The Academic Conference on Dynamic Signal Analysis of the Chinese Society of Vibration Engineering was successfully held in Ganzhou, Jiangxi Province from May 9th to 11th, 2025. This conference is hosted by the Dynamic Signal Analysis Professional Committee of the Chinese Society of Vibration Engineering, jointly organized by Nanchang University of Aeronautics and Astronautics, Jiangxi University of Science and Technology, and Gannan University of Science and Technology. It has attracted numerous experts and scholars from universities, research institutions, and industrial enterprises across the country to gather together and focus on the cutting-edge research and application practices of dynamic signal processing technology.

During the conference, participants engaged in in-depth discussions on multiple key areas, including advanced sensing technology, industrial large-scale models, modern signal processing methods, and big data analysis. From sparse signal decomposition to adaptive signal processing, from knowledge graph modeling for industrial software to big data search and mining, it covers all aspects of dynamic signal analysis, showcasing the rich research achievements and broad application prospects in this field.

As a professional manufacturing supplier for the construction of domestic mechanical fault simulation testing laboratories, Valentian (Suzhou) Teaching Equipment Co., Ltd. has attracted much attention at this conference. The company has brought a series of advanced vibration fault simulation equipment, such as mechanical rotor fault testing platform, status monitoring and fault diagnosis testing software and hardware, fully demonstrating its technical strength in related fields. Among them, the PT500mini fault mechanism research teaching platform has attracted the attention of many participants. The platform adopts modular design and high-precision simulation technology, which can accurately reproduce typical fault states of key components such as bearings and gears. At the same time, it supports the full process operation of vibration signal acquisition, analysis, and diagnosis, providing participants with a direct experience of in-depth understanding of fault diagnosis technology.

In addition, the comprehensive machine vibration simulator, intelligent operation and maintenance monitoring system, and various sensors showcased by Valentinian Company have also attracted widespread attention. These devices not only reflect the company's efforts in technological innovation, but also provide strong support for university teaching, research institutions, and practical applications in industrial enterprises. Through exchanges with attending experts and scholars, Valentinian further understood market demand and industry development trends, and clarified the direction for the company's future product research and technological upgrades.

The successful holding of this conference not only provides an important platform for academic exchange and technological development in the field of dynamic signal analysis in China, but also promotes the deep integration of industry, academia and research. The debut of the Valentinian teaching equipment has brought new thinking and inspiration to the participants, and is expected to promote technological progress and innovative applications in related fields. With the continuous development of technology and the continuous expansion of applications, it is believed that the field of dynamic signal analysis will play an important role in more practical scenarios, injecting new vitality into China's industrial development and technological innovation.