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Donald Cornwell plenary talk: NASA's Optical Communications Program: 2015 and Beyond 

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Presented at SPIE Photonics West 2015 - spie.org/pw
NASA and MIT's Lincoln Laboratory in 2013 demonstrated the first two-way, high-rate (622 Mbps) laser communications from the Moon on the Lunar Laser Communication Demonstration.
This plenary session expands upon the results from that demonstration and expound upon how it has enabled an aggressive new program at NASA which now includes a laser communications relay demonstration (LCRD) from geo-synchronous orbit in 2018, a low-Earth-orbit (LEO) laser communications terminal on the International Space Station (ISS) that will relay data through LCRD in 2019, and NASA's current effort to develop the Deep-space Optical Terminal (DOT) for Mars and beyond in 2020.
Don Cornwell currently leads the Advanced Communications Division within the Space Communications and Navigation (SCaN) Program at NASA Headquarters. Dr. Cornwell received his PhD in electrical engineering from the University of Maryland College Park and has been awarded 8 patents for his work on Raman amplifiers for fiber optic communication.

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5 авг 2024

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Комментарии : 9   
@emmanuelaboagye4624
@emmanuelaboagye4624 5 лет назад
Wow, really intriguing and educative
@pateljoy629
@pateljoy629 3 года назад
Please suggest me any free simulation software for making project that show data sharing from earth to deep-space. we need transmitter , recievers and signals.
@rogeronslow1498
@rogeronslow1498 7 лет назад
That was a brilliant talk. As an RF guy I'm feeling a bit nervous!
@darrenmarchant1720
@darrenmarchant1720 4 года назад
this is good work, however with the future of commercial manned space flight we will need much more than that. lunar manufacturing of deep space infrastructural elements will be an important part of advancing deep space high band width.
@sreeganesh2870
@sreeganesh2870 7 лет назад
wow!! REALLY AMAZING WORK... But why haven't they used a system that could converge the beam , so that we could increase the probability of acquiring beam in the given region on earth.
@deepblue2250
@deepblue2250 3 года назад
I guess you meant diverge, but doing this decreases the power reaching to the detector.
@peachtrees27
@peachtrees27 9 лет назад
Gotta wear shades!
@emmanuelaboagye4624
@emmanuelaboagye4624 5 лет назад
Wow, really intriguing and educative
@phasorsystems6873
@phasorsystems6873 4 года назад
If anyone could test this app i'd be grateful! Track down androidcircuitsolver on google
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