II - Implementation » History » Version 6
Version 5 (MERIOCHAUD, Antoine, 12/14/2015 11:52 PM) → Version 6/8 (JANVIER, Thibault, 12/15/2015 10:18 AM)
h2. [[II - Implementation]]
To be able to measure all the figure characteristics of merits mentioned in the end of subsection [[2. State of the art on signal analysis]], signal, we will need to implement our program on LabView. First, First we will see how we can compute all the results we need. Then need, then we will check if this implementation works correctly with simulated signals. Up generated signal to now, finally observe the program works without transition from the USRP and no real satellite signals can be received. That is why the last subsection deals with the modifications brought simulation to the Labview code to include the USRP acting as an RF front end to receive acquisition of real satellite signals.
h3. [[1. Definition of inputs and ways to compute the outputs]]
h3. [[2. Simulation]]
h3. [[3. Moving from simulation to acquisition of real signals]]
To be able to measure all the figure characteristics of merits mentioned in the end of subsection [[2. State of the art on signal analysis]], signal, we will need to implement our program on LabView. First, First we will see how we can compute all the results we need. Then need, then we will check if this implementation works correctly with simulated signals. Up generated signal to now, finally observe the program works without transition from the USRP and no real satellite signals can be received. That is why the last subsection deals with the modifications brought simulation to the Labview code to include the USRP acting as an RF front end to receive acquisition of real satellite signals.
h3. [[1. Definition of inputs and ways to compute the outputs]]
h3. [[2. Simulation]]
h3. [[3. Moving from simulation to acquisition of real signals]]