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Sam El-Husseini
2018-11-20 13:26:26 -08:00
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docs/device/data-analysis/remote.md
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# Remote data collection
If you have more than one @boardname@ you can setup one of them to receive data sent by radio from other @boardname@s. Remote @boardname@s can take measurements and send them to a board that's connected by USB to a computer. The @boardname@ connected to the computer is the data recorder and writes the recieved data to the serial port.
If you have more than one @boardname@ you can setup one of them to receive data sent by radio from other @boardname@s. Remote @boardname@s can take measurements and send them to a board that's connected by USB to a computer. The @boardname@ connected to the computer is the data recorder and writes the received data to the serial port.
![Remote micro:bit sending](/static/mb/device/data-analysis/radio-zap.jpg)
@ -31,7 +31,7 @@ A remote @boardname@ reads its measurement values and sends them to the same rad
```block
radio.setGroup(99)
```
A typical measurment progam might read a sensor value continously. Depending on how much the values change, the meaurement program could contain the read operation in a loop with a delay interval. In the example here, the delay is one minute between each read of a temperature value. The value is sent on the current radio group with ``||radio:radio send number||``.
A typical measurement program might read a sensor value continuously. Depending on how much the values change, the measurement program could contain the read operation in a loop with a delay interval. In the example here, the delay is one minute between each read of a temperature value. The value is sent on the current radio group with ``||radio:radio send number||``.
```blocks
let temperature = 0
@ -158,4 +158,4 @@ It's sent in this format to the serial port:
```package
radio
```
```