Ray Miller

Title: Innovator Spotlight: Ray Miller

Introduction

Ray Miller is an innovative inventor based in Mukilteo, WA, USA, known for his contributions to the field of electronic systems through his unique patent. With a dedicated focus on enhancing digital filtering methods, Miller's work exemplifies the cutting-edge developments in modern technology.

Latest Patents

Miller holds a patent for the "Frequency Float Method and System for Realizing a Signal Filter." This innovative method is specifically designed to realize a digital filter within electronic systems. The process begins by determining the exact number of coefficients required for the design filter and calculating most of those coefficients, leaving one uncalculated. Following this, a reference filter is selected, matching the coefficient count of the design filter, and its coefficients are subsequently calculated. The ultimate step involves determining the previously uncalculated coefficients of the design filter through an arithmetic comparison with the reference filter's coefficients. This inventive approach enhances the second-order filter response in particular filters implemented with direct-form topology.

Career Highlights

Ray Miller has made significant strides in his career while working with Rane Corporation, a company well-known for its electronic and audio-related innovations. His contributions not only highlight his personal achievements but also reflect the company's commitment to advancing technology in sound engineering.

Collaborations

Throughout his tenure at Rane Corporation, Miller has worked alongside a talented team of engineers and other innovators. These collaborations have facilitated the sharing of ideas and techniques, ultimately leading to greater advancements in filtering technologies and signal processing systems.

Conclusion

Ray Miller stands as a prominent figure in the arena of electronic system innovation, with his groundbreaking patent influencing the future of digital filtering methods. His dedication and ingenuity in enhancing filter responses offer valuable insights into the ongoing evolution of technology, concluding a career characterized by meaningful contributions and collaborations.