Company Filing History:
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3 out of 832,843 Years Active: 2009-2020
Title: Inventor Miriam Qunell: Pioneering Innovations in Communication Networks
Introduction
Miriam Qunell is an accomplished inventor based in Naperville, IL, with a remarkable portfolio of 8 patents. She is known for her innovative approaches in the field of communication networks, particularly in developing systems that enhance data management and interconnectivity among distributed components.
Latest Patents
Among her latest patents is the invention of cascaded connection matrices in a distributed cross-connection system. This groundbreaking design facilitates the interconnection of multiple distributed components within a communication network. It features a multiple-order cross-connection fabric designed to interconnect various data orders with at least one distributed component. Furthermore, the invention incorporates an order of path termination and adaptation connection, which serves as an interface between the cross-connection fabric and a data management system. This design is particularly applicable in a SONET/SDH environment, showcasing her dedication to advancing communication technologies.
Career Highlights
Miriam has made significant contributions during her tenure at notable companies, including Tellabs Operations, Inc. Her work is characterized by a focus on innovation and practical solutions for enhancing communication network systems. Her patents reflect her commitment to pushing the boundaries of technology and her desire to solve real-world challenges faced in data management.
Collaborations
Throughout her career, Miriam has collaborated with esteemed professionals, including Michael Ho and Roger P Holmstrom. These collaborations have likely played a crucial role in shaping her innovative strategies and the successful development of her patented technologies.
Conclusion
In summary, Miriam Qunell has established herself as a key innovator in the realm of communication networks through her various patents and professional collaborations. Her work continues to inspire advancements in the field, proving that her contributions will have lasting impacts on the way we manage and interconnect data systems.