Matthew F Easley

Title: Innovations of Matthew F Easley

Introduction

Matthew F Easley is a notable inventor based in Lilburn, Georgia, with a significant contribution to the field of modem technology. He holds four patents that showcase his expertise in high-speed communication systems. His work has been instrumental in enhancing the performance and reliability of modems.

Latest Patents

Easley’s latest patents include a high-speed half-duplex modem with a fast turnaround protocol. This invention features a phase-locked loop circuit that eliminates the phase difference between an incoming reference signal and a sampling signal. By sampling the incoming reference signal, the circuit produces a sampled signal, allowing for precise phase adjustments based on the quadrant of the sample point. This innovation minimizes data error rates by locking onto the zero-crossing points of the incoming reference signal.

Another significant patent by Easley is also a high-speed half-duplex modem with improved signal processing and handshaking capabilities. This modem utilizes two digital signal processors to perform independent and concurrent operations, resulting in faster execution rates and more accurate calculations. The improved handshaking technique ensures compatibility with existing modems while allowing for higher communication speeds. Additionally, the modem incorporates an advanced baud clock recovery circuit that dynamically adjusts the sampling point to minimize jitter.

Career Highlights

Easley is associated with Hayes Microcomputer Products, Inc., a company known for its pioneering work in modem technology. His contributions have played a crucial role in the development of reliable communication devices that have shaped the industry.

Collaborations

Easley has collaborated with talented individuals such as Taruna Tjahjadi and Randy D Nash, further enhancing the innovative environment at Hayes Microcomputer Products, Inc.

Conclusion

Matthew F Easley is a distinguished inventor whose work in modem technology has significantly impacted communication systems. His patents reflect a commitment to innovation and excellence in the field.