https://crest.usc.edu/authors/smat-m/ Advancing civil and commercial uses of space Mon, 11 Sep 2023 21:26:38 +0000 en-US hourly 1 https://crest.usc.edu/wp-content/uploads/2022/11/elementor/thumbs/overheating-planet-earth-global-warming-campaign-mixed-media-4-pyfposhzfso9irvp1aazkklwyj9aow8che0ill8i8s.png https://crest.usc.edu/authors/smat-m/ 32 32 https://crest.usc.edu/research/smat-m-barnhart-d-narain-a-brieler-i-gianousopolous-d-sharad-a-weingaertner-r-wang-h-orozco-j-tran-t-nagpal-s-and-foster-n-the-architecture-of-a-safe-low-cost-eart/ https://crest.usc.edu/research/smat-m-barnhart-d-narain-a-brieler-i-gianousopolous-d-sharad-a-weingaertner-r-wang-h-orozco-j-tran-t-nagpal-s-and-foster-n-the-architecture-of-a-safe-low-cost-eart/#respond Fri, 29 Oct 2021 19:55:21 +0000 https://crest.usc.edu/?post_type=research&p=1311 The post Smat, M., Barnhart, D., Narain, A., Brieler, I., Gianousopolous, D., Sharad, A., Weingaertner, R., Wang, H., Orozco, J., Tran, T., Nagpal, S., Foster N., “The Architecture of a Safe Low Cost Earth Based Lunar Landing Test Bed for the Validation of Experimental Flight and new Technologies,” 72nd International Astronautical Congress (IAC), Dubai, United Arab Emirates, 2021. appeared first on CREST.

]]> The post Smat, M., Barnhart, D., Narain, A., Brieler, I., Gianousopolous, D., Sharad, A., Weingaertner, R., Wang, H., Orozco, J., Tran, T., Nagpal, S., Foster N., “The Architecture of a Safe Low Cost Earth Based Lunar Landing Test Bed for the Validation of Experimental Flight and new Technologies,” 72nd International Astronautical Congress (IAC), Dubai, United Arab Emirates, 2021. appeared first on CREST.

]]> https://crest.usc.edu/research/smat-m-barnhart-d-narain-a-brieler-i-gianousopolous-d-sharad-a-weingaertner-r-wang-h-orozco-j-tran-t-nagpal-s-and-foster-n-the-architecture-of-a-safe-low-cost-eart/feed/ 0 https://crest.usc.edu/research/smat-m-russo-a-famutimi-o-puranik-i-osmundson-a-narain-a-bernacchia-d-rughani-r-and-barnhart-d-generation-ii-lunar-entry-approach-platform-for-research-on-ground-a/ https://crest.usc.edu/research/smat-m-russo-a-famutimi-o-puranik-i-osmundson-a-narain-a-bernacchia-d-rughani-r-and-barnhart-d-generation-ii-lunar-entry-approach-platform-for-research-on-ground-a/#respond Mon, 12 Oct 2020 19:58:42 +0000 https://crest.usc.edu/?post_type=research&p=1325 The post Smat, M., Russo, A., Famutimi, O., Puranik, I., Osmundson, A., Narain, A., Bernacchia, D., Rughani, R., Barnhart, D., “Generation-II Lunar Entry Approach Platform For Research On Ground: a novel concept for low cost, high longevity autonomous operations on the Moon,” 71st International Astronautical Congress (IAC) – The CyberSpace Edition, 2020. appeared first on CREST.

]]> The post Smat, M., Russo, A., Famutimi, O., Puranik, I., Osmundson, A., Narain, A., Bernacchia, D., Rughani, R., Barnhart, D., “Generation-II Lunar Entry Approach Platform For Research On Ground: a novel concept for low cost, high longevity autonomous operations on the Moon,” 71st International Astronautical Congress (IAC) – The CyberSpace Edition, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/smat-m-russo-a-famutimi-o-puranik-i-osmundson-a-narain-a-bernacchia-d-rughani-r-and-barnhart-d-generation-ii-lunar-entry-approach-platform-for-research-on-ground-a/feed/ 0 https://crest.usc.edu/research/smat-m-barnhart-d-villafan%cc%83a-l-overman-k-cellular-based-aggregated-satellite-system-the-design-and-architecture-of-a-three-degree-of-freedom-near-frictionless-testbed-for-ground-vali/ https://crest.usc.edu/research/smat-m-barnhart-d-villafan%cc%83a-l-overman-k-cellular-based-aggregated-satellite-system-the-design-and-architecture-of-a-three-degree-of-freedom-near-frictionless-testbed-for-ground-vali/#respond Sat, 01 Aug 2020 20:00:33 +0000 https://crest.usc.edu/?post_type=research&p=1331 The post Smat, M, Barnhart, D., Villafaña L., Overman, K., “Cellular Based Aggregated Satellite System: The Design and Architecture of a Three Degree of Freedom Near-Frictionless Testbed for Ground Validation of CubeSat Operations,” 34th Annual Small Satellite Conference. Logan, Utah, 2020. appeared first on CREST.

]]> The post Smat, M, Barnhart, D., Villafaña L., Overman, K., “Cellular Based Aggregated Satellite System: The Design and Architecture of a Three Degree of Freedom Near-Frictionless Testbed for Ground Validation of CubeSat Operations,” 34th Annual Small Satellite Conference. Logan, Utah, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/smat-m-barnhart-d-villafan%cc%83a-l-overman-k-cellular-based-aggregated-satellite-system-the-design-and-architecture-of-a-three-degree-of-freedom-near-frictionless-testbed-for-ground-vali/feed/ 0