Laurel Clark

Title: Innovations by Laurel B. Clark: Pioneering Optical Networks

Introduction

Laurel B. Clark is a prominent inventor based in Denver, Colorado, whose contributions to the field of telecommunications have led to the grant of nine patents. Her innovative ideas revolve around optimizing optical networks, enhancing connectivity and efficiency in communications.

Latest Patents

One of her latest patents, titled "Wavelength Regeneration in a Network," describes an optical network consisting of numerous gateway nodes interconnected with intermediate nodes through segments of fiber. This invention incorporates devices such as reconfigurable optical add-drop multiplexers, with meticulous placement guided by integer linear programming analysis. This method considers various factors such as span definitions and costs to determine optimal device placement and wavelength regeneration requirements.

Another significant patent, "Dynamic Optical Switching in a Telecommunications Network," outlines systems and methods for creating a configurable optical peering fabric. This technology allows seamless connections between client sites without being constrained by physical site limitations or the need for specialized equipment within these facilities. Upon receiving a connection request, the system verifies and facilitates the connectivity between client sites using a switching element, thereby streamlining the process of interconnection.

Career Highlights

Laurel B. Clark has made remarkable strides in telecommunications technology during her career at Level 3 Communications, LLC. Her innovative work not only demonstrates her technical expertise but also showcases her ability to address complex problems in the field.

Collaborations

Throughout her career, Clark has collaborated with notable professionals, including Clyde David Cooper III and Andrew Dugan. These collaborations have likely contributed to the rich tapestry of innovation that Clark brings to the optical networking domain.

Conclusion

Laurel B. Clark stands out as an exemplary figure in the realm of telecommunications, with her work profoundly impacting the development of optical networks. Her nine patents underline her dedication to innovation and her ability to transform ideas into practical applications that enhance connectivity in our increasingly digital world.