Yu-Hsin Lin

Yu-Hsin Lin focuses on the field of Human-Computer Interaction, particularly researching virtual reality and haptic feedback technologies. He completed his academic training at National Taiwan University and has published multiple papers on virtual reality, haptic controllers, and user interaction. Yu-Hsin Lin is dedicated to optimizing user experiences through technological innovation, especially in the perception and interaction within virtual environments. His research explores the use of air propulsion technology to simulate physical feedback, providing innovative solutions for virtual reality and game design.

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No specific education timeline provided.

• KeywordsCorporate GovernanceLawPolitical Economy
• OrganizationCity University of Hong Kong
• EmailNot provided

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Lauren Yu-Hsin Lin is a professor at the City University of Hong Kong and a research member of the European Corporate Governance Institute (ECGI). Her research spans corporate governance, law, and political economy, focusing particularly on the political influence within Chinese corporate governance and its impact on firm value. Her work examines the relationships between controlling shareholders, independent directors, and corporate governance reforms, offering unique insights into the role of non-profit organizations in global securities class actions. She has published extensively on Chinese corporate governance and actively engages in interdisciplinary research in law and economics.

• Present·City University of Hong Kong·Professor
  • Focused on corporate governance and legal research.

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• KeywordsMarine Environmental InformaticsSatellite Remote SensingEddy Dynamics
• OrganizationNational Taiwan Ocean University
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Yu-Hsin Cheng is an assistant professor in the Department of Marine Environmental Informatics at National Taiwan Ocean University. His research focuses on remote sensing observation of marine environments, eddy dynamics, and the impact of climate change on marine ecosystems. He has published numerous papers on satellite observations and ocean eddies, providing significant scientific insights into understanding oceanic dynamic processes, predicting extreme weather events, and conserving marine ecosystems. Additionally, he has participated in several international collaborative projects aimed at enhancing sustainable management of marine environments.

• Present·National Taiwan Ocean University·Assistant Professor
  • Researching marine environmental informatics and developing predictive systems to protect aquaculture from extreme climate impacts.

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