Di Wu

Title: Di Wu: Innovator in Underwater Acoustic Technology and Optical Cables

Introduction

Di Wu is a notable inventor based in Suzhou, China. He has made significant contributions to the fields of underwater acoustic technology and optical cable design. With a total of 2 patents, his work showcases innovative approaches to complex engineering challenges.

Latest Patents

One of Di Wu's latest patents is an underwater acoustic target ranging method based on feature extraction and neural networks. This invention provides a method for acquiring underwater acoustic signals transmitted by a target at varying distances. The process involves dividing data by seconds and using one second of data as a sample. Each sample undergoes framing, and various acoustic features are calculated for each frame. This method enhances real-time performance and reaction speed by directly processing the received underwater acoustic signal data.

Another significant patent is for a high-temperature resistant and small-diameter optical cable, along with its preparation method. This optical cable is made using acrylate as a coating material and PHB/PET liquid crystal copolyester as an outer protective layer. The novel design offers advantages such as a smaller diameter, low loss attenuation, and excellent mechanical properties. The preparation process is simple, and the cable operates effectively over a wide temperature range.

Career Highlights

Di Wu has worked with prominent organizations, including Hengtong Optic-electric Co., Ltd. and Soochow University. His experience in these institutions has contributed to his expertise in developing innovative technologies.

Collaborations

Di Wu has collaborated with notable colleagues such as Peidong Liu and Peng Cao. Their joint efforts have likely fostered advancements in their respective fields.

Conclusion

Di Wu's contributions to underwater acoustic technology and optical cable design highlight his innovative spirit and technical expertise. His patents reflect a commitment to enhancing performance and efficiency in engineering applications.