Mark Eugene Schreiter

Title: The Innovations of Mark Eugene Schreiter

Introduction

Mark Eugene Schreiter, an inventive mind hailing from Rochester, MN, has made significant contributions to the field of communications technology. With two patents to his name, Schreiter's work focuses on methods for enhancing data transmission and synchronization within complex communication systems.

Latest Patents

Schreiter’s latest patents underscore his expertise in communication protocols. The first patent, titled "Exchanging synchronous data link control (SDLC) frames to adjust speed," describes a method for automatically adjusting line speed during communication between data communications equipment (DCE) and data terminal equipment (DTE). This innovative approach streamlines the process by enabling the client to establish connections at varying speeds based on SDLC frames exchanged between the client and server.

Another noteworthy patent is related to a "Polling-type digital communications system having pseudo-balanced mode." This invention outlines a communications system where a primary terminal can dynamically poll a secondary terminal based on data availability, significantly improving the efficiency of data transfers within large networks.

Career Highlights

Throughout his career, Mark Eugene Schreiter has been associated with prominent companies, including IBM. His work at these institutions has not only shaped his career but also contributed to advancing communication technologies.

Collaborations

Schreiter has collaborated with fellow innovators such as James M. Brandner and Robert John Manulik. These collaborations have allowed for the sharing of ideas and knowledge, fostering an environment rich in innovation and creativity within the field of communication systems.

Conclusion

Mark Eugene Schreiter's contributions through his patents and collaborations highlight the innovative spirit that drives advancements in communication technologies. His work not only addresses current challenges in data transmission but also paves the way for future innovations in the industry. As the demand for efficient communication systems grows, Schreiter's inventions serve as foundational elements for ongoing research and development in this vital sector.