Mei Yang

Title: Innovations by Mei Yang in Transportation Planning

Introduction

Mei Yang is an accomplished inventor based in Albany, CA (US). She has made significant contributions to the field of transportation planning, holding a total of 3 patents. Her work focuses on optimizing freight movement through innovative methods and technologies.

Latest Patents

One of Mei Yang's latest patents is titled "Method and apparatus for transportation planning based on mission-specific vehicle capacity constraints." This invention involves a computer system that determines various attributes of a mission based on a group of shipments. It computes the total amount of freight to be moved and assesses the feasibility of performing the mission using a specific type of vehicle. The system takes into account multiple effective capacities of freight that can be moved by the selected vehicle type, which are stored in advance based on industry experience.

Another notable patent is "Scheduling with layovers and layover charge computation in transportation planning." This invention allows a computer to automatically add layovers to a mission and determine the associated charges based on carrier rules. The system also tracks attributes subject to government or carrier-imposed limits, such as driving time and distance. When limits are exceeded, the computer divides the driving activity into segments, ensuring compliance with regulations while estimating arrival times.

Career Highlights

Mei Yang is currently employed at Oracle International Corporation, where she continues to develop innovative solutions for transportation challenges. Her expertise in this field has positioned her as a valuable asset to her company and the industry at large.

Collaborations

Mei has collaborated with notable coworkers, including Roy Isaac Peterkofsky and Rongming Sun. Their combined efforts contribute to the advancement of transportation planning technologies.

Conclusion

Mei Yang's innovative patents and contributions to transportation planning demonstrate her commitment to improving freight movement efficiency. Her work continues to influence the industry and pave the way for future advancements.