Loretta Mangram-Dupree

Title: Innovations of Loretta Mangram-Dupree in Semiconductor Technology

Introduction

Loretta Mangram-Dupree is an accomplished inventor based in Duncanville, Texas. She holds a patent that showcases her contributions to the field of semiconductor technology, particularly in the realm of resource allocation in wafer fabrication processes. Her innovative approach has the potential to greatly enhance operational efficiency within this specialized industry.

Latest Patents

Mangram-Dupree holds a patent for a "Graphical user interface for allocating multi-function resources in semiconductor wafer fabrication and method of operation." This invention provides an innovative system and method for the allocation of multi-function resources among various tasks within a semiconductor manufacturing process. Her resource allocator includes a monitoring controller, a model of the process system, a resource allocation controller, and a graphical user interface. Notably, the graphical user interface converts process system information into an audio-visual format, facilitating effective supervisory interactions. The design is aimed at minimizing load conflicts between multiple furnaces during semiconductor wafer fabrication, significantly streamlining operations.

Career Highlights

Loretta Mangram-Dupree has made notable strides in her career, primarily associated with National Semiconductor Corporation. Her expertise in semiconductor technologies has been instrumental in driving innovation and enhancing operational capabilities within the company.

Collaborations

Throughout her career, Mangram-Dupree has collaborated with talented coworkers, including George Logsdon and Gary Elmore. These partnerships have fostered a dynamic environment for sharing ideas and advancing technological development in semiconductor processes.

Conclusion

Loretta Mangram-Dupree stands out as a significant figure in innovation within the semiconductor industry. Her patented inventions reflect her commitment to enhancing technology and efficiency, marking her as a noteworthy contributor to modern semiconductor fabrication practices.