Further improvements » History » Version 5
Version 4 (RIBAS MACHADO, Ederson , 03/22/2015 03:16 PM) → Version 5/36 (RIBAS MACHADO, Ederson , 03/22/2015 03:17 PM)
h1. Further improvements
As we have seen, the link budget equations can become very complex and, during the two months we have had to develop this project, sometimes we have had to do some assumptions in order to simplify the calculus and thus achieve a coherent software tool.
At the beginning of the project we did a long list of all possible options and features that could be included in a link budget tool, selecting them by order of priority in order to implement them.
Finally, in this last part is shown a list of other features and improvements that could be performed for future students.
h3. SERVICE
- Increase the possibilities of $BER$ and corresponding $(Eb/No)$ and Code gains. Our possible modulation applied is based in a table of the situation of Quasi-error-Free. As seeing in the figure below, from [1].Quasi-error-free (QEF) means that we will have less than one uncorrected error event per hour, for this table this situations correspond to a PER (Packet error ratio - relative to the symbols)
p=. !{width: 60%}quasierrortable.png! 60%}.png!
h3. PAYLOAD
The payload has two windows: Transponder and
h1. REFERENCES
[1]
As we have seen, the link budget equations can become very complex and, during the two months we have had to develop this project, sometimes we have had to do some assumptions in order to simplify the calculus and thus achieve a coherent software tool.
At the beginning of the project we did a long list of all possible options and features that could be included in a link budget tool, selecting them by order of priority in order to implement them.
Finally, in this last part is shown a list of other features and improvements that could be performed for future students.
h3. SERVICE
- Increase the possibilities of $BER$ and corresponding $(Eb/No)$ and Code gains. Our possible modulation applied is based in a table of the situation of Quasi-error-Free. As seeing in the figure below, from [1].Quasi-error-free (QEF) means that we will have less than one uncorrected error event per hour, for this table this situations correspond to a PER (Packet error ratio - relative to the symbols)
p=. !{width: 60%}quasierrortable.png! 60%}.png!
h3. PAYLOAD
The payload has two windows: Transponder and
h1. REFERENCES
[1]