Tests » History » Version 3
Version 2 (DE GENDRE, Raphaëlle, 03/23/2016 12:45 PM) → Version 3/4 (BASTIDE, Paul, 03/23/2016 12:48 PM)
h1. Tests
Once the receiver was implemented, we decided to see if we could receive the temperature on the receiver from our program running on the developement board. The set up was the following:
p=. !{width:75%}GlobalTestSetUp.jpg!
Figure 1: Global test set-up
Once we made it run, we saw that we were transmitting values, and we manage to get results.
However those results were not the one we wanted, since the values we got as a result we either 0°C or 31°C. The room were the system was set up was at ambient temperature.
p=. !{width:75%}Receivedwaveform.jpg!
Figure 2
Due to the limited amount of time we had to test our programs, we can only make hypothesis for the moment as to why it is not working. Until the day we are planed to present this project, we plan to look into :
* the ADC acqisition and the buffer allocation
* the transmiting rate in the program
* the receiver optimization
Once the receiver was implemented, we decided to see if we could receive the temperature on the receiver from our program running on the developement board. The set up was the following:
p=. !{width:75%}GlobalTestSetUp.jpg!
Figure 1: Global test set-up
Once we made it run, we saw that we were transmitting values, and we manage to get results.
However those results were not the one we wanted, since the values we got as a result we either 0°C or 31°C. The room were the system was set up was at ambient temperature.
p=. !{width:75%}Receivedwaveform.jpg!
Figure 2
Due to the limited amount of time we had to test our programs, we can only make hypothesis for the moment as to why it is not working. Until the day we are planed to present this project, we plan to look into :
* the ADC acqisition and the buffer allocation
* the transmiting rate in the program
* the receiver optimization