Tina Baumann

Title: Innovations by Tina Baumann in User-Dependent Conditioning

Introduction

Tina Baumann is an accomplished inventor based in Berlin, Germany. She has made significant contributions to the field of user-dependent conditioning of stimuli, particularly in the context of adaptive parameters in user stimulus signals. Her innovative approach has the potential to enhance user experience in various applications.

Latest Patents

Tina Baumann holds a patent for "Systems and methods for user-dependent conditioning of stimuli in tests using a method of continuous adjustment." This patent discloses systems and methods designed to elicit user responses to variations of one or more adaptive parameters of a user stimulus signal. The user stimulus signal is generated based on first and second adaptive parameters. The first adaptive parameter is modified to generate a plurality of successive variations in the user stimulus signal, over one or more ranges of values of the second adaptive parameter. In response to modifying the first adaptive parameter, a plurality of user responses from a given user are received. Each user response indicates that one of the plurality of successive variations in the user stimulus signal has occurred. Based on an expected user response curve for the given user and a calculated time interval between successive user responses, an instantaneous rate of change for modifying the first adaptive parameter is adjusted such that the user responses are steered toward a neutral state around the expected user response curve.

Career Highlights

Tina Baumann is currently associated with Mimi Hearing Technologies GmbH, where she applies her expertise in developing innovative solutions for hearing technologies. Her work focuses on enhancing user interaction and response through adaptive stimulus conditioning.

Collaborations

Tina collaborates with notable colleagues, including Nicholas R Clark and Vinzenz H Schönfelder, who contribute to her projects and innovations.

Conclusion

Tina Baumann's work in user-dependent conditioning represents a significant advancement in the field of adaptive technologies. Her innovative patent and collaboration with talented colleagues highlight her commitment to improving user experiences.