Yalin Wang

Title: Innovations by Yalin Wang in Sensory Mapping

Introduction

Yalin Wang is an accomplished inventor based in Tempe, AZ, with a focus on the quantification of human sensory cortical areas. He holds three patents that contribute significantly to the field of sensory mapping and brain research. His innovative methods aim to enhance our understanding of the human brain's sensory processing.

Latest Patents

Wang's latest patents include groundbreaking methods and systems for precise quantification of human sensory cortical areas. One notable patent discloses a sensory mapping method for the human brain, which involves flattening the cortical surface, projecting functional imaging data onto this surface, and generating a sensory map. This method utilizes a conformal parametrization technique and incorporates a topological smoothing method that employs a diffeomorphic smoother. Additionally, the method allows for the registration of sensory maps across individuals, facilitating analysis in a common space. Another patent focuses on the quantification of sensory maps of the brain, where cortical surfaces are conformally mapped to a topological disk. This approach preserves local geometric structures and smooths retinotopy data to generate a fitting curve while eliminating noisy outliers. The resulting Beltrami coefficient map provides an intrinsic measure of conformality sensitive to local changes, enabling visualization and comparison of retinotopic map properties across subjects.

Career Highlights

Yalin Wang has made significant contributions to the field through his work at Arizona State University and Gi, LLC. His research has advanced the understanding of sensory processing in the brain, making him a notable figure in neuroscience and sensory mapping.

Collaborations

Wang has collaborated with esteemed colleagues, including Zhong-Lin Lu and Song Zhang, further enhancing the impact of his research in the scientific community.

Conclusion

Yalin Wang's innovative work in sensory mapping and brain research exemplifies the potential of scientific inquiry to deepen our understanding of human sensory processing. His patents reflect a commitment to advancing neuroscience and improving methodologies in sensory quantification.