Steven L Teig

Title: Steven L Teig: Innovator in Global Navigation Satellite System Technology

Introduction:

In the rapidly evolving field of Global Navigation Satellite System (GNSS) technology, one name stands out - Steven L Teig. With a location in the vibrant city of Calabasas, California, Teig has made significant contributions to the field with his inventive approach to differential correction mapping. This article explores Teig's latest patents, career highlights, collaborations, and his pivotal role in advancing GNSS technology.

Latest Patents:

Steven L Teig has been awarded two remarkable patents in the field of GNSS technology. Both patents revolve around the development and utilization of differential correction maps (DCMs) that enable accurate positioning of rover platforms. The first patent titled "Differential correction map for GNSS" involves the use of a DCM to correct satellite signals at a rover's approximate location, resulting in improved accuracy and reliability in determining the rover's actual position. The second patent, also titled "Differential correction map for GNSS," focuses on generating a DCM representing a non-planar surface of differential corrections across a geographical area covered by the DCM, utilizing a network of GNSS reference stations.

Career Highlights:

Steven L Teig has made significant waves within the industry through his work with Ibiquity Digital Corporation. The company, known for its pioneering efforts in digital audio broadcasting, has benefited greatly from Teig's expertise in GNSS and his contributions to fuel innovation and technological advancements. Teig's work has contributed to enhancing the accuracy and precision of GNSS, ultimately improving the functionality of various applications such as navigation systems, precision agriculture, and geospatial mapping.

Collaborations:

Collaboration is often the key to achieving groundbreaking innovation, and Steven L Teig is no stranger to this concept. He has had the privilege of working with talented individuals who share his passion for GNSS advancements. Noteworthy among his coworkers are Brian William Kroeger and Paul James Peyla, who have made significant contributions alongside Teig. Together, they have formed a dynamic team that consistently pushes the boundaries of GNSS technology, paving the way for a more accurate and reliable positioning system.

Conclusion:

Innovation in GNSS technology is crucial for a variety of industries reliant on precise positioning data. Steven L Teig has made his mark in this field with his inventive and forward-thinking approach. Through his latest patents and collaborative efforts, Teig has demonstrated his expertise and commitment to surpassing existing limitations. As we look toward a future where accurate positioning and navigation are increasingly integral, Teig's contributions will undoubtedly continue to shape the landscape of GNSS technology.