Company Filing History:
Years Active: 2018
Title: Innovator Spotlight: Magali Patris
Introduction
Magali Patris, based in Paris, France, is an innovative inventor renowned for her contributions to the field of robotics. She is particularly noted for her inventive method that enhances interaction between machines, such as humanoid robots, and human interlocutors. With a focus on dialogue optimization, Magali's work continues to push the boundaries of human-robot communication.
Latest Patents
Magali Patris holds one significant patent titled "Method for dialogue between a machine, such as a humanoid robot, and a human interlocutor utilizing a plurality of dialog variables and a computer program product and humanoid robot for implementing such a method." This patent outlines a sophisticated method for enabling machines to engage in meaningful dialogues with human speakers. The process includes identifying the speaker, extracting a profile with dialog variables, analyzing received sentences, and formulating appropriate responses based on this analysis.
Career Highlights
Currently, Magali Patr is making strides at Softbank Robotics Europe, where she applies her innovative approaches to robotics and artificial intelligence. Her commitment to enhancing user experience in human-robot interactions is evident in her work and has positioned her as a key figure in the robotics community.
Collaborations
In her role at Softbank Robotics Europe, Magali collaborates with talented peers, including David Houssin and Jérôme Monceaux. Together, they contribute to developing advanced robotic solutions that focus on improving the efficiency of machine communication in diverse settings.
Conclusion
Magali Patris exemplifies the spirit of innovation within the realm of robotics. Her patent reflects a significant advancement in how machines can communicate with humans, paving the way for future developments in humanoid robotics. As she continues her work with Softbank Robotics Europe, Magali remains a vital contributor to the ongoing evolution of intelligent machines.