Steven Zuraski, AFRL; Elizabeth Beecher, AFRL; Charles Carr, AFRL/RYMT; Tamara Payne, Applied Optimization Inc.; Adam Battle, Applied Optimization Inc.; Lucas Guliano, Applied Optimization Inc.; Steven Fiorino, Air Force Institute of Technology
Keywords: atmospheric turbulence, electro-optic sensing, Cn2,
Abstract:
Abstract
The Turbulence and Aerosol Research Dynamic Interrogation System (TARDIS) is a uniquely configured Rayleigh beacon system that is capable of producing a three dimensional volumetric measurement of atmospheric turbulence. The TARDIS produced measurements contribute to a body of research supporting characterization of turbulent atmospheres, mitigation techniques, and electro-optic sensing modalities. TARDIS uses custom integrated commercial off-the-self hardware applied to a sub-meter class telescope system in a humid, continental environment which is representative of a threat-like environment where the Air Force may likely be operating. End goals of the research support the Air Force mission of electro-optic sensing for space situational awareness. Testing of the TARDIS system included lab based component testing, system integration testing, and operation research use testing. Results from these three testing phases provided a baseline for the performance of the TARDIS system and its ability to accurately produce profiled measurements of atmospheric turbulence. This paper will describe the unique configuration of the TARDIS system, capability to produce tailored profiled volumetric measurements of atmospheric turbulence strength, and testing results of the system that quantify the systems measurement accuracy and uncertainties involved.
Cleared for Public Release; 88ABW-2018-0898
Date of Conference: September 11-14, 2018
Track: Poster