Camille Charette | Information Science | Best Researcher Award

Ms. Camille Charette | Information Science | Best Researcher Award

California State Polytechnic University, Humboldt Library | United States

Camille Charette, MA, MLIS is an interdisciplinary researcher and emerging scholar in library and information science whose work bridges the fields of information retrieval, human–AI interaction, critical information literacy, and inclusive pedagogy. With a strong foundation in philosophy, literature, and information science, she focuses on creating accessible, user-centered information environments that promote equity, inclusion, and ethical engagement in digital ecosystems. Her academic and professional practice reflect a decade of experience in applied and theoretical research, instructional design, and the development of open educational resources that support diverse learners and communities. Camille’s research integrates human-centered design, critical theory, and evidence-based methodologies to examine how evolving technologies influence access to information and participation in knowledge systems. As a graduate researcher and instructor at San José State University’s School of Information, she has co-developed the Human-Centered Artificial Intelligence Certificate program, designed courses such as Responsible Human-AI Interaction and Introduction to Human-Centered Artificial Intelligence, and collaborated on the American Library Association’s eLearning Advanced eCourse Introduction to AI. Her contributions extend to authoring curricular materials, designing accessibility-first learning environments, and conducting user research to enhance digital literacy and usability. Through her work on projects such as Design Concepts in Information Retrieval: Creating User-Centered Systems, Search Engines, and Sites, she advances the understanding of how human values, learning psychology, and inclusive design shape information technologies. Camille’s commitment to critical information literacy and equitable learning underscores her vision of a future where digital systems and educational practices are both socially responsible and human-centered.

Profile: Orcid 

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Song Li | Spatial Database | Best Researcher Award

Mr. Song Li | Spatial Database | Best Researcher Award

Director of Database Application Theory Research Institute | China

Li Song – Professor at the College of Computer Science and Technology, Harbin University of Science and Technology, Harbin, China, holds a Ph.D. in computer application technology from the same institution and has established a distinguished career as a leading academic and researcher in computer science. He has authored three books and published over 80 research articles in high-impact international journals and conferences, contributing significantly to the advancement of data-driven technologies and computational intelligence. His core research interests encompass spatial databases, spatial data mining, big data analytics, information privacy protection, and knowledge graph construction. Through his work, Professor Li Song has made vital contributions to the development of intelligent data processing systems and spatial information frameworks that enhance data utilization, management, and security in the era of digital transformation. His studies in big data and privacy-preserving computing have provided innovative methods for safeguarding sensitive information while maintaining analytical performance, fostering secure and efficient knowledge discovery from massive datasets. He has also played an active role in advancing spatial data mining and knowledge graph technologies, facilitating complex spatial reasoning and semantic representation across various application domains. With a strong commitment to academic excellence, Professor Li Song has guided numerous research projects, mentored graduate students, and contributed to interdisciplinary collaborations bridging computer science with data science, artificial intelligence, and geoinformatics. His scholarly achievements continue to influence emerging trends in intelligent information systems, making him a prominent figure in modern computational research and an inspiring academic leader in the field.

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