Trying to implement a real-time data processing feature using Edge Computing on the AVR128DA48

Still on my project, I’m trying to implement a real-time data processing feature using Edge Computing on the AVR128DA48. The goal is to perform basic filtering on the sensor data ( removing noise from the vibration sensor). Here’s my simple filtering code:

int16_t filter_data(int16_t raw_data) {
    static int16_t last_data = 0;
    return (last_data + raw_data) / 2;
}

int16_t filter_data(int16_t raw_data) {
    static int16_t last_data = 0;
    return (last_data + raw_data) / 2;
}

I expected the filtered data to be smoother, but I’m still seeing a lot of

noise

noise

. Is this filtering method too just there(simple) for real-time processing? and how can I implement a more robust filtering algorithm on the AVR128DA48?

DIIS

DevHeads IoT Integration Server•17mo ago•

2 replies

Dtynin

Trying to implement a real-time data processing feature using Edge Computing on the AVR128DA48

int16_t filter_data(int16_t raw_data) {
    static int16_t last_data = 0;
    return (last_data + raw_data) / 2;
}

int16_t filter_data(int16_t raw_data) {
    static int16_t last_data = 0;
    return (last_data + raw_data) / 2;
}

I expected the filtered data to be smoother, but I’m still seeing a lot of

noise

noise

. Is this filtering method too just there(simple) for real-time processing? and how can I implement a more robust filtering algorithm on the AVR128DA48?

Trying to implement a real-time data processing feature using Edge Computing on the AVR128DA48

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