Yun Yue

Title: Innovations by Yun Yue in Utility Pipe Sensor Technology

Introduction

Yun Yue is an accomplished inventor based in Concord, MA (US). He has made significant contributions to the field of utility pipe sensor technology. His innovative approach utilizes artificial intelligence to optimize the placement of sensors on utility pipes, enhancing their monitoring and maintenance.

Latest Patents

Yun Yue holds a patent for a system and method for optimizing utility pipe sensors placement using artificial intelligence technology. This computer-implemented method determines the optimal placement of sensor components on a utility pipe. The process involves inputting data related to the utility pipe, which is then processed to generate various variables. Multiple models are trained using these variables to produce outputs indicative of the likelihood of failure associated with the utility pipe. The outputs from all models are combined into an ensemble output, which helps in assessing the risk of failure. Additionally, a consequence of failure variable is determined using a range of weighted variables. Ultimately, a sensor placement determinative variable is established based on the ensemble output and the consequence of failure variable. Feedback data is provided to indicate the physical placement of the sensor components on the utility pipe.

Career Highlights

Yun Yue is currently employed at Voda, Inc., where he continues to develop innovative solutions in the field of utility management. His work focuses on integrating advanced technologies to improve the efficiency and reliability of utility systems.

Collaborations

Yun Yue collaborates with notable colleagues, including James C Fitchett and George Demosthenous. Their combined expertise contributes to the advancement of technology in the utility sector.

Conclusion

Yun Yue's innovative work in optimizing utility pipe sensor placement through artificial intelligence represents a significant advancement in the field. His contributions are paving the way for more efficient utility management systems.