David Donofrio

Title: Innovator David Donofrio: Pioneering Applications in Computer Performance

Introduction

David Donofrio, an accomplished inventor based in San Francisco, CA, has made significant contributions to the field of computer systems and applications. With a total of five patents to his name, Donofrio's innovations are paving the way for enhanced application performance and efficient multi-core processing.

Latest Patents

Among David Donofrio's most recent inventions are two notable patents. The first is titled "Systems and methods for application performance profiling and improvement." This method involves analyzing and improving a target computer application through generating a parallel control flow graph (ParCFG) that represents the application's operations. By examining the ParCFG, the method allows for the generation and storage of a modified version to enhance performance.

His second patent, "Multiple core computer processor with globally-accessible local memories," describes an architecture where multiple processor cores are interconnected within a Network-on-Chip (NoC). This design features multiple caches, each dedicated to a single processor core, with distinct memories accessible across several cores, thus optimizing data visibility and processing capabilities.

Career Highlights

David Donofrio's professional journey includes pivotal roles at prestigious organizations such as the University of California and Tactical Computing Laboratories, LLC. His work in both these institutions demonstrates his commitment to advancing computer science and engineering.

Collaborations

Throughout his career, Donofrio has collaborated with influential peers, including John Shalf and Leonid Oliker. These partnerships have contributed to his innovative developments and reflect his capacity for teamwork in complex research environments.

Conclusion

David Donofrio stands out as a visionary inventor whose patents contribute to the enhancement of computer application functionalities and processing architectures. His work exemplifies the intersection of academic research and practical application, solidifying his place in the realm of technological innovation.