SBIR-STTR Award

NICSSIM will provide a necessary cost-effective adjunct simulation and data analysis package that simulates the effects of radiation on a sensor focal plane array before performing radiation tests in the NICS/NODDS chamber currently being refurbished by RAD of Colorado Springs. Such simulation reduces test cost and maximizes the efficacy of the testing done, as well as providing a state of the art data analysis tool for processing the gigibytes of data accumulated during ultimate verification test series. We propose developing such a package to simulate the effects of testing in the NICS/NODDS environment with the ultimate goal of developing a tool that accurately provides a general evaluation of system-level and higher response of optical systems to radiation environments with a minimal amount of optimized radiation testing.

Keywords:
Sensor, Radiation, Nics/Nodds, Simulation

The Fifth Gait Technologies Phase II SBIR has technical objectives to produce the NICSSIM sensor tool, an Optical Flash simulator, as well as integrated NICSSIM IR Test-Bed. The NICSSIM sensor design and assessment tool includes a software suite which will provide an integrated design-of-experiment/simulation/data collection/data-analysis tool for use in performing tests in the NICS chamber, reducing cost and improving testing efficiency and mission relevance. The Optical Flash Simulator is another essential enhancement for the NICS test chamber and will allow NICS to emulate optical flash from either a nuclear detonation or a missile intercept event. The resulting capability, the NICSSIM IR Test-Bed, will be a one-of-a-kind, state-of-the-art asset for performing operational testing and verification of MDA IR sensor systems using the NICS chamber. The NICSSIM IR Test-Bed will provide a much more complete picture of the sensor system under test, with a way of understanding the mission ramifications of the synergistic impact. Our ultimate goal for the NICSSIM Test-Bed is to develop a capability that accurately provides a general evaluation of system-level and higher response of optical systems to radiation and optical environments with a minimal amount of optimized radiation testing.

Keywords:
Infrared, Nics, Fpa, Testing, Simulation, Data-Analysis, Nuclear, Optical Flash