Francis Ebong

Title: Innovations by Francis Ebong

Introduction

Francis Ebong is an accomplished inventor based in San Francisco, CA. He holds two patents that showcase his expertise in resource management and agricultural technology. His innovative work focuses on enhancing the efficiency of resource-constrained devices in agricultural settings.

Latest Patents

One of his latest patents is titled "Adaptively reallocating resources of resource-constrained devices." This invention discloses implementations for adaptively reallocating computing resources between tasks performed by resource-constrained devices. While these devices are transported through agricultural areas, their computing resource usage and phenotypic output are monitored. Based on this data, a state is generated and processed to select candidate reallocation actions, optimizing resource allocation for various tasks.

Another significant patent is "Adaptively adjusting parameters of equipment operating in unpredictable terrain." This invention involves edge computing devices that capture images of plants in agricultural fields. By processing these images with a machine learning model, the devices generate agricultural inferences and determine quality metrics. Based on these metrics, hardware adjustments can be triggered to enhance the operation of the equipment as it traverses the field.

Career Highlights

Francis has worked with notable companies such as Mineral Earth Sciences LLC and Deere & Company. His experience in these organizations has contributed to his development as an inventor and innovator in the field of agricultural technology.

Collaborations

Throughout his career, Francis has collaborated with talented individuals, including Sergey Yaroshenko and Gabriella Levine. These partnerships have fostered a creative environment that has led to significant advancements in his projects.

Conclusion

Francis Ebong's contributions to the field of agricultural technology through his patents demonstrate his commitment to innovation and efficiency. His work continues to influence the way resource-constrained devices operate in agricultural settings.