San Jose, CA, United States of America

Haitong Tian


Average Co-Inventor Count = 11.0

ph-index = 1


Company Filing History:


Years Active: 2021

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1 patent (USPTO):

Title: Innovative Insights from Haitong Tian: A Pioneer in Machine Learning

Introduction

Haitong Tian, an inventive mind based in San Jose, California, has made significant contributions in the realm of machine learning. With a focus on addressing bias in data-driven models, his insights pave the way for enhanced fairness in artificial intelligence applications.

Latest Patents

Haitong holds a patent titled "Two-stage training with non-randomized and randomized data." This invention presents a novel approach to mitigate biases in machine-learning models. In his method, the initial phase utilizes non-randomized training data to leverage the large dataset's potential in training deep learning models effectively. However, recognizing the inherent biases that may arise from this technique, a subsequent phase revises the model using randomized training data. This dual-phase approach ensures that the developed machine-learning model operates without bias while minimizing the need for additional randomized data.

Career Highlights

Currently, Haitong Tian is associated with Microsoft Technology Licensing, LLC. His role involves advancing the field of machine learning through innovative techniques. His sole patent reflects a deep understanding of both machine learning and data biases, showcasing his ability to resolve complex challenges effectively in his field.

Collaborations

Haitong collaborates with notable colleagues such as Daniel Sairom Krishnan Hewlett and Dan Liu. Together, they contribute to a dynamic environment at Microsoft, fostering innovation and exploring new horizons in technology.

Conclusion

Haitong Tian's work is an exemplary illustration of how thoughtful innovations can combat challenges within the rapidly evolving landscape of machine learning. His patent stands as a testament to the potential for refined methodologies that enhance the integrity of machine learning applications.

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