Company Filing History:
Years Active: 2000-2008
Title: Innovator Ellis L. Johnson: Pioneering Transportation Solutions in Atlanta
Introduction
Ellis L. Johnson, an accomplished inventor based in Atlanta, GA, has made significant contributions to the field of transportation optimization. With a total of two patents to his name, Johnson's work focuses on enhancing efficiency in the transportation industry.
Latest Patents
Johnson's latest patents reflect his innovative thinking and expertise. The first patent, "Method and System for Developing Optimized Schedules," introduces a process that optimizes transportation schedules by identifying itineraries for various markets. This process generates tailored market plans, evaluates their profitability, and selects the most lucrative options to maximize overall profits.
His second patent, "System and Method for Incorporating Origination and Destination Effects," offers a comprehensive methodology for integrating origination and destination factors into vehicle assignment processes. This invention utilizes a sophisticated decomposition strategy to enhance the effectiveness of yield management, allowing for better isolation of market effects and improved assignment models.
Career Highlights
Ellis L. Johnson is currently employed at Sabre Inc., a company well-known for its focus on travel and transportation solutions. His innovative work plays a vital role in the advancement of scheduling systems, impacting how transportation companies operate today.
Collaborations
Throughout his career, Johnson has collaborated with notable colleagues such as Barry C. Smith and Timothy L. Jacobs. Their joint efforts reflect a dynamic exchange of ideas and a shared commitment to improving transportation methodologies.
Conclusion
Ellis L. Johnson stands out as a key innovator in the transportation industry. His patents not only address current challenges but also pave the way for future advancements. Through his work at Sabre Inc. and collaboration with esteemed colleagues, Johnson continues to influence the optimization of transportation systems.