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Great talk! Thanks for the introduction.

Hi Guys, What do you use as a CAN communication card in the diagram at minute 16? I want to send data from my c++ based simulator to the satellite computer

and on slide 13 instead of N(S)=2 shouldn't it be N(R)=2?

thanks for sharing this content. On slide 12 I think there is a typo in the last two TM frames, instead of N(S)=1 it should be N(R)=1. thanks

Very well made presentation introduction part covering the various applications. Thank you for posting.

I appreciate the strong stance on demonstrations over documentation, what have you found is the best way to incorporate this into your say GitHub or where ever your open source resources are ?

I would like to thank everyone, I'm from Brazil and I'm studying the CCSDS, this video helped me a lot to understand several important concepts... Thanks, guys!

Ahh, you covered that later in the podcast. However, the problem of HAL/OSAL is super minor in comparison to the application software. So I think you are a little over inflating the cross-chip issue. Secondly, how does the idea of opensat and RT version of SAMV71 for 3500usd/pcs fits together? 😊

Samv71 has the RadHard version. So u have a chance to replace it with the tough one whenever u need to.

Thanks for this great talk! Currently working on a simple implementation of the space packet protocol for my groups bachelor assignment. This really helps out, giving an overview of these protocols instead of having to to run knee deep into the blue books x_)

I think more than 8 thousand satellites is a small number compared to the world's population and even also are few number compared to the earth up atmosphere sphere surface ... As you know all GNSS types cannot superficially target every signal everywhere on earth without station center field!... Your project will be historically revolutionary if it was accomplished for all GNSS orbits...I think maybe there are many problems in establishing it and because I am not expert then I am not sur what I ask about !...Firstly, the voltage response every time from the transceiver...Secondly, the confirmation of high-frequency transmission!?...Thirdly, the shape of the ground receiving platform seems to be possible maybe smaller like a phone, but how does it contain the necessary systems like those found on the ground stations?! ... Fourth, how does the satellite calculate its coordinates independently and accurately!? ... Fifthly, correcting the satellite orbit is an unexpected matter !How will the limit energy quantity for the correcting engines be ensured? ... extra problems..!!!!

One of the most succinct overviews of system architecture and architectural activities that I have seen across multiple domains.

Open Source scales faster and reduces costs compared to proprietary

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