The Cornell University Satellite (CUSat) is a nanosatellite developed by Cornell University that launched on 29 September 2013. It used a new algorithm called Carrier-phase Differential GPS (CDGPS) to calibrate global positioning systems to an accuracy of 3 millimeters. This technology can allow multiple spacecraft to travel in close proximity.
The CUSat project began in 2005 and was the winner of the University Nanosat-4 Program which aims to educate the future aerospace workforce and develop new space technologies. As part of this program, CUSat completed environmental testing and other aspects of final I&T in the AFRL Aerospace Engineering Facility at Kirtland Air Force Base. CUSat worked with AFRL to complete the Department of Defense SERB process in preparation for a launch with the Space Test Program. The satellite launched as a secondary payload to CASSIOPE on a SpaceX Falcon 9 rocket on 29 September 2013.
The space segment was originally designed to consist of two functionally identical satellites that would launch together and separate on orbit in a target-inspector configuration. Once in orbit, CUSat would use microthrust Pulsed Plasma Thrusters (PPTs) and sub-centimeter level accurate carrier-phase differential GPS (CDGPS) to navigate the satellites to within ten meters of each other. The inspector satellite would use cameras to gather imagery of the target satellite while performing relative navigation. Target satellite imagery would be transferred to the ground segment, where they would be used to reconstruct a three-dimensional model for the end user.
Cochin University of Science and Technology (CUSAT) is a government-owned autonomous science and technology university in Cochin, Kerala, India. Founded in 1971, it has three campuses: two in Cochin and one in Kuttanad, Alappuzha, 66 km inland. The university awards degrees in engineering and science subjects at the undergraduate, postgraduate and doctoral levels. Nearly 2,000 students engage yearly in undergraduate and postgraduate study at CUSAT. The university is placed at fifth rank in India in the Webometrics Ranking of World Universities with a world ranking of 1150
Originally known as the University of Cochin, the university came into being in 1971 through an Act of the Kerala Legislature that was the result of a campaign for postgraduate education in the state. It was reorganised into Cochin University of Science and Technology (CUSAT) in February 1986. The objectives were the promotion of undergraduate and postgraduate studies and advanced research in applied science, technology, industry, commerce, management and social sciences.
CUSAT may refer to:
cha cha tha hustler full surface lawserny family
dem awards rappers ussauly bring home i aint get
cause i aint shit
and i aint sell enough ringtones
u cant be the king on the throne unless u mess wit males
i aint a homo so i dont expect to sell
but i expect to get respect fuck record sells
if a niggah disrespect me he can catch a shell
but for first degree you get the death penalty
or life with out the possibility dat means death or jail
unless u tell or rat on somebody else
or put ur body on somebody else yea that will probally help
but if u snitch just body ur self
put the chrome to ur own dome and hollow urself
man my style so smooth that my trial made the news
i came home and spent a couple hundered thou on some jewls
ima pimp but i dont rock crocodile shoes
i pop tha 2 and make a nigga crocidile food oo
look at him wa
im steady grindin steady rhymin steady puffin
steady drinkin steady thinkin steady hustlin
chic^s niggahs tryin to get im already fuc^in
im steady pipin u steady wifin steady cuffin
dog u just barkin talkin very tuf and
catch a cace and start talkin like teddy rupspin
homie said he got a body but i bet he bluffin
he dont clap lead that cat jus a crack head
and that shit right there leave cats dead
i dont fucc wit that im jus hase and conyac head
i use 2 stack bread before the heads were that big
thats y u hear my music bumpin like blackheads
i dont think rap dead but cats just doin it wrong
i dont no wat be goin on wen dey doin a song
i dont no y he even put that verse on da song
he probally high and that shit he be doin is strong
he been moved out the hood he been gone 2 long
he dont no wats poppin off
dat nigga cotton soft
but im from philly we really lettin da choppas off
u keep claimin u a hustler who u coppin off
or who coppin from u who u knockin off
u dont sell nuthin but records niggah knock it off
yo gurl mopped me off yea i knocked her off
and yall start kissin like right afta i dropped her off
yea da hustla
The Cornell University Satellite (CUSat) is a nanosatellite developed by Cornell University that launched on 29 September 2013. It used a new algorithm called Carrier-phase Differential GPS (CDGPS) to calibrate global positioning systems to an accuracy of 3 millimeters. This technology can allow multiple spacecraft to travel in close proximity.
The CUSat project began in 2005 and was the winner of the University Nanosat-4 Program which aims to educate the future aerospace workforce and develop new space technologies. As part of this program, CUSat completed environmental testing and other aspects of final I&T in the AFRL Aerospace Engineering Facility at Kirtland Air Force Base. CUSat worked with AFRL to complete the Department of Defense SERB process in preparation for a launch with the Space Test Program. The satellite launched as a secondary payload to CASSIOPE on a SpaceX Falcon 9 rocket on 29 September 2013.
The space segment was originally designed to consist of two functionally identical satellites that would launch together and separate on orbit in a target-inspector configuration. Once in orbit, CUSat would use microthrust Pulsed Plasma Thrusters (PPTs) and sub-centimeter level accurate carrier-phase differential GPS (CDGPS) to navigate the satellites to within ten meters of each other. The inspector satellite would use cameras to gather imagery of the target satellite while performing relative navigation. Target satellite imagery would be transferred to the ground segment, where they would be used to reconstruct a three-dimensional model for the end user.
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