DINO PDR 1062020 Science Mission The primary mission

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DINO PDR 10/6/2020 Science Mission • The primary mission of DINO is stereoscopic imaging

DINO PDR 10/6/2020 Science Mission • The primary mission of DINO is stereoscopic imaging of cloud formations. • Similar technology as demonstrated in major sporting events. • Overlapping images of the same object from different angles provides a 3 -dimensional photograph.

DINO PDR 10/6/2020 Science Mission • Analysis of images will be performed onboard the

DINO PDR 10/6/2020 Science Mission • Analysis of images will be performed onboard the s/c. • Images processed and ranked for coloring and edge distinction. • Image opportunities assessed from analysis of first image. • Stereo images combined to form a topographic map of cloud heights for downlink.

DINO PDR 10/6/2020 Intelligent Operations • Vitrual Mission Operations Control Center (VMOCC) will provide

DINO PDR 10/6/2020 Intelligent Operations • Vitrual Mission Operations Control Center (VMOCC) will provide automated web-based s/c control. • Spacecraft Command Language (SCL) will provide onboard schedule execution and fault detection and reaction. • Real-time spacecraft data will be available via the internet for educational outreach.

DINO PDR 10/6/2020 Intelligent Operations • VMOCC automated capabilities – Create a schedule for

DINO PDR 10/6/2020 Intelligent Operations • VMOCC automated capabilities – Create a schedule for the satellite from users worldwide – Input orbit event data from STK into schedule – Automatically initialize a radio (anywhere in the world) and send the command – Accept telemetry from any radio worldwide and integrate into VMOCC model • SCL capabilities – – Assess image opportunities Execute scheduled commands in real-time Perform onboard fault detection and reaction Maintain database for sensors, s/c states, and hardware performance.