John P Desmond

Title: Innovations of John P Desmond in Control Data Processing

Introduction

John P Desmond, an inventive mind from Hillsboro, OR, has made significant contributions to the field of control data processing. With a focus on enhancing the accuracy of data processing systems, Desmond has one notable patent to his name.

Latest Patents

Desmond's patent, titled "Method and apparatus for detecting control system data processing errors," introduces a digital-based control data processing system that identifies data processing errors during its operational phase. This innovative methodology ensures data processing accuracy by comparing the derived version of system input information against the actual input information to determine variances within a predetermined tolerance level. The invention proves particularly beneficial in recognizing latent software errors specific to certain computer programs. Additionally, the system features display apparatus that translates output information into a set of display symbols. These symbols provide crucial information to the pilot, with each symbol linked to an identifying tag that marks any discrepancies in real time.

Career Highlights

Desmond's career reflects a commitment to technological advancement in control systems. His work emphasizes precision and reliability in data processing, showcasing a dedication to improving operational efficiency in various applications.

Collaborations

Throughout his career, John P Desmond has collaborated with esteemed professionals such as Douglas W Ford and Michael E Fossey. Their collaborative efforts have undoubtedly contributed to the successful development and implementation of innovative solutions within the field.

Conclusion

John P Desmond stands out as a significant figure in the realm of control data processing innovations. His patent not only addresses critical issues related to data processing accuracy but also enhances the overall functionality of control systems. As the technological landscape continues to evolve, contributions like Desmond's will remain essential in shaping the future of data processing and control systems.