Janice Marie Wunsch

Title: Inventor Spotlight: Janice Marie Wunsch

Introduction

Janice Marie Wunsch is an innovative inventor based in Naperville, IL, who has made significant contributions to the field of wireless telecommunications. As a dedicated professional, she has patented a groundbreaking method that enhances the efficiency of messaging within wireless systems.

Latest Patents

Janice holds a patent for her invention called "Automatic Code Gapping (ACG) for Wireless Systems." This patent outlines an apparatus and method designed to improve code gapping messages transmitted from mobile switching centers to switching control points. The innovation involves the switching control point (SCP) sending stand-alone messages that contain only code gap control information to each mobile switching center (MSC) it services. The details encapsulated in these messages specify types of messages that will undergo code gap control, along with the code gap interval and overall timer interval. This efficiency in the specification of code gap control significantly enhances the effectiveness of wireless telecommunications networks.

Career Highlights

Janice has solidified her place in the technology industry through her work with Lucent Technologies Inc., a company known for pioneering advancements in telecommunications. Her efforts in inventing ACG have greatly contributed to Lucent’s prominent positioning within the market.

Collaborations

Throughout her career, Janice has collaborated with esteemed colleagues such as Anjana Agarwal and Anthony Buttitta. These partnerships have driven innovative projects that leverage their collective expertise in the field of telecommunications.

Conclusion

Janice Marie Wunsch is a remarkable inventor whose work continues to influence the wireless communications landscape. Her patented technology not only highlights her ingenuity but also exemplifies the potential for advancements in telecommunications. As she continues to innovate, her contributions will undoubtedly pave the way for more efficient wireless systems in the future.