Mark E Kohagen

Title: Innovator Mark E. Kohagen: Pioneering Computer Communication Systems

Introduction: Mark E. Kohagen, an inventive mind based in Salt Lake City, UT, has made notable contributions to the field of computer communications. With a passion for technology, Kohagen holds one patent that demonstrates his innovative approach to data transfer between nodes within computer networks.

Latest Patents: Kohagen's sole patent, titled "Computer Communication System Having Supplemental Formats," introduces a comprehensive communication system designed to enhance data transfer efficiency. This system encompasses a communication medium, multiple nodes interconnected through this medium, and a unique transfer format selection mechanism. It optimizes data transfer by allowing nodes to utilize compatible formats from both the source and destination node sets, further incorporating supplemental formats in certain nodes to expand the system's versatility.

Career Highlights: Mark E. Kohagen's career has been marked by his role at Dayna Communications, Inc., where he has utilized his expertise to contribute significantly to the development of advanced communication technologies. His innovative patent showcases his ability to solve complex challenges in data communication, emphasizing his ingenuity in engineering.

Collaborations: Throughout his career, Kohagen has collaborated with esteemed professionals such as George E. Gerpheide and Kerry D. Sharp. These partnerships have enhanced his projects and fostered innovative solutions within the realm of computer communications, reflecting a collaborative spirit that is crucial in technological advancement.

Conclusion: Mark E. Kohagen stands as a notable inventor in the field of computer communications, with a patented system that elegantly addresses the challenges of data transfer. His work not only illustrates his technical capabilities but also contributes to the broader understanding of network communication systems. As technology evolves, Kohagen's innovations will undoubtedly continue to play a significant role in shaping the future of communication technology.