Company Filing History:
1 out of 117 
1 out of 1 Years Active: 2010
Title: Lorraine McGinty - Innovator in Conversational Recommendation Systems
Introduction
Lorraine McGinty is a notable inventor based in Dublin, Ireland, renowned for her contributions to the field of technology and artificial intelligence. With a unique perspective on user interactions, Lorraine has developed an innovative system that enhances the way recommendations are made to users in conversational settings.
Latest Patents
Lorraine holds a patent for a "Dynamic diversity-enhanced similarity retrieval system and method." This conversational recommender system is designed to retrieve a set number of cases and generates a structured format for user feedback. It includes critique units with specified value ranges, enabling the generation of compound critiques that combine various features. Additionally, the system effectively tracks user preferences across different session cycles, utilizing a re-focus function to enhance diversity or a refine function for similarity-based retrieval as needed.
Career Highlights
Throughout her career, Lorraine has made significant strides while working at prestigious institutions such as University College Dublin and the University of Ireland. Her innovative approach and technical expertise have positioned her as a leader in her field, providing valuable advancements in user interaction technology.
Collaborations
Lorraine has collaborated closely with Barry Joseph Smyth, further enriching her research and development efforts. Their partnership underscores the importance of teamwork in driving innovations and achieving notable outcomes in technology.
Conclusion
In conclusion, Lorraine McGinty stands out as a pioneering inventor with a strong focus on conversational recommendation systems. Her patented innovations not only contribute to advancements in user experience but also reflect her commitment to enhancing technology for better interaction and feedback mechanisms. As she continues her work, Lorraine's influence in the field is likely to inspire future innovations.