Yingying Shi

Title: Innovations of Yingying Shi in Haptic Signal Reconstruction

Introduction

Yingying Shi is a prominent inventor based in Nanjing, China. She has made significant contributions to the field of audiovisual technology, particularly in the area of haptic signal reconstruction. Her innovative approach addresses critical challenges in multi-modal datasets, enhancing the interaction between audio, visual, and haptic signals.

Latest Patents

Yingying Shi holds a patent for an "Audiovisual secondary haptic signal reconstruction method based on cloud-edge collaboration." This method utilizes a large-scale audio-visual database stored in a central cloud to learn knowledge, which is then transferred to an edge node. The edge node combines received audio-visual signals with knowledge from the central cloud, effectively mining semantic correlation and consistency between different modalities. The method also fuses the semantic features of audio and video signals, inputting them into a haptic generation network to reconstruct the haptic signal. This innovative approach effectively addresses the limitations of insufficient audio and video signals in multi-modal datasets and improves the semantic association between heterogeneous data.

Career Highlights

Yingying Shi is affiliated with the Nanjing University of Posts and Telecommunications, where she continues to advance her research and innovations. Her work has garnered attention for its practical applications in enhancing user experiences through improved haptic feedback.

Collaborations

Yingying collaborates with notable colleagues, including Liang Zhou and Xin Wei, who contribute to her research endeavors. Their combined expertise fosters a dynamic research environment that promotes innovation and development in their field.

Conclusion

Yingying Shi's contributions to haptic signal reconstruction exemplify the potential of innovative technologies in enhancing multi-modal interactions. Her work not only addresses existing challenges but also paves the way for future advancements in audiovisual technology.