Xinji Xu

Title: **Innovative Contributions of Inventor Xinji Xu**

Introduction

Xinji Xu, an accomplished inventor based in Jinan, China, has made notable strides in the field of advanced detection technologies with a total of 9 patents attributed to his name. His work primarily focuses on improving methods for detecting and optimizing tunnel resistivity, as well as enhancing seismic velocity inversion techniques.

Latest Patents

Xinji Xu's latest patents include a **Method and System for Advanced Detection and Optimization of Tunnel Resistivity Based on Depth Resolution**. This innovative method encompasses the integration of electrode measurement data to optimize the detection of resistivity within tunnels. It involves calculating a model resolution matrix and selecting data subsets to refine the measurement process effectively.

Additionally, Xu has patented a **Multi-Scale Unsupervised Seismic Velocity Inversion Method Based on Autoencoder for Observation Data**. This method uses an autoencoder to extract large-scale information, guiding an inversion network in recovering features from a velocity model. By doing so, it significantly reduces non-linearity in the inversion process and enhances the accuracy of seismic data interpretation without requiring a pre-defined geological model.

Career Highlights

Xinji Xu has contributed his expertise to prominent organizations, including Shandong University and Shandong Hi-speed Group Co., Ltd. His work has trained many in the field and led to advancements in technologies that impact seismic and tunneling methodologies.

Collaborations

Throughout his career, Xinji Xu has collaborated with esteemed colleagues, including Bin Liu and Shucai Li. These partnerships have been instrumental in fostering innovation and driving forward the development of cutting-edge technologies within his domain.

Conclusion

With a strong foundation in innovation and patenting, Xinji Xu continues to push the boundaries of technology and research. His contributions have not only advanced methods of detecting tunnel resistivity but have also refined seismic data analysis techniques, showcasing the significant impact that dedicated inventors like him have in shaping the future of engineering and geosciences.