Company Filing History:
Years Active: 1983-1989
Title: Inventor Spotlight: Kathleen M. Goudie
Introduction
Kathleen M. Goudie is an accomplished inventor based in Lubbock, Texas, who has made significant contributions to the field of speech encoding technology. With a total of six patents to her name, she continues to advance the way we understand and synthesize human speech.
Latest Patents
Kathleen's latest innovations include two notable patents that focus on low data rate speech encoding. The first patent, titled "Low Data Rate Speech Encoding Employing Syllable Duration Patterns," analyzes spoken language by identifying phonological linguistic units such as phonemes or allophones. Goudie’s invention encodes these elements alongside their duration and pitch patterns, facilitating the intonation reconstruction of speech aimed at efficient transmission.
The second patent, "Constructed Syllable Pitch Patterns from Phonological Linguistic Unit," provides an artificial pitch contour for phoneme unit strings. This invention improves spoken intonation contour in applications with limited data availability, adapting pitch patterns based on available intonation data. Goudie's work has significant implications for various low data rate speech applications.
Career Highlights
Kathleen Goudie is associated with Texas Instruments, a leading technology company known for its innovations in semiconductors and various electronic components. Her dedication to research and development in speech technologies has established her as a key figure in her field.
Collaborations
Throughout her career, Kathleen has collaborated with notable colleagues, including Kun-Shan Lin and Gene A. Frantz. These partnerships have enhanced the development of innovative solutions in speech encoding, showcasing the power of teamwork in pushing technological boundaries.
Conclusion
Kathleen M. Goudie's contributions to speech encoding through her patents reveal her commitment to innovation in technology. As an inventor, she exemplifies the spirit of inquiry and creativity necessary for advancements that enhance our interaction with machines and support clearer communication through synthesized speech. Her ongoing work at Texas Instruments continues to influence the future of speech technology.