Mona Tycz

Title: Mona Tycz and Optical Transmission Link Simulation.

Introduction

Mona Tycz is an inventor associated with Greenbelt, Maryland. Her patent work addresses the simulation of optical transmission links between spacecraft and between space and Earth. The available information identifies 1 patent associated with her.

Latest Patents

The listed patent, “Apparatus for Simulating Optical Transmission Links,” describes a system for modeling the effects of noise on optical communications. It places a linear optical modulator between an optical carrier source and a receiver, then drives the modulator with an analog signal representing variations in the transmission link.

The patent’s analog computer circuit uses Gaussian random signals to generate simulated link characteristics. For space-to-space links, it models transmitter pointing jitter, a significant source of noise, using a beta statistical variation. For space-to-Earth links, it models atmospheric scintillation with log-normal, Rayleigh, or Ricean outputs.

Career Highlights

Tycz’s documented invention focuses on creating realistic test conditions for optical communication systems. By reproducing key sources of transmission noise, the apparatus can help evaluate system performance without relying solely on an operational space link.

Collaborations

The patent lists Michael W. Fitzmaurice as a coworker. The assignee is the United States of America, as represented by the United States.

Conclusion

Mona Tycz’s patent describes a method for simulating important noise effects in space-based optical communications, supporting the testing and evaluation of transmission links.