Projects/CubeSatCom

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The project bases on different tools:
 
The project bases on different tools:
 
* [[Tools/Python_Tools|Python]] for algorithm design
 
* [[Tools/Python_Tools|Python]] for algorithm design
* spinal
+
* [https://spinalhdl.github.io/SpinalDoc/ SpinalHDL] to generate VHDL code
* cocotb
+
* [http://cocotb.readthedocs.io/en/latest/introduction.html Cocotb] environment to write testbenches in [[Tools/Python_Tools|Python]]
* [[Tools/Mentor_Modelsim|Modelsim]] forDL simulation
+
* [[Tools/Mentor_Modelsim|Modelsim]] for VHDL simulation
 
+
* [SVN] and [Switchdrive] for code versioning and data exchange
SVN...
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The Python environment needs the following modules:
 
The Python environment needs the following modules:

Revision as of 10:09, 14 June 2017

Contents

Welcome to CubeSatCOM

CubeSatCOM Earth-space.jpg


This is the knowledge database of the research project CubeSatCOM, which is part of the CubeSatCom Astrologo-for-light-background.png project.

It's a collaboration between:

ELSE SA

HEIG-VD IICT

EPFL

HES-SO Valais Wallis ISI



EDA

The project bases on different tools:

  • Python for algorithm design
  • SpinalHDL to generate VHDL code
  • Cocotb environment to write testbenches in Python
  • Modelsim for VHDL simulation
  • [SVN] and [Switchdrive] for code versioning and data exchange

The Python environment needs the following modules:

Navigation

 · gnuRadio · Verification · RiscV-SOC · QualificationModel · Modulation · Meetings · EngineeringModel · Design · Demodulation · ChannelCoding · [[Projects/CubeSatCom/|]]

News

2016-06-02

Plusieurs hautes-écoles à la conquête de l'orbite basse de la terre

2016-03-03

L’Institut IICT décroche un CTI spatial à un million de francs !

2016-01-13

L’internet des objets à l’échelle de l’espace

2016-01-06

Projet CubeSatCom | Projekt CubeSatCOM

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