Required flags:

• --api-keys <key_1>,<key_2>,<key_n>,... List of API keys of projects to include in the multi-impulse deployment

• --quantization-map <0/1>,<0/1>,<0/1>,... List of the switches for quantization for each of the impulses for which API keys were provided. 0 - NOT quantized; 1 - QUANTIZED.

By default the EON compiled model is used, if you want to use regular tflite then add the option --engine=tflite. When switching between using EON compiled and regular tflite models, a --force-build flag is needed.

By default, the block will download cached version of builds. You can force new builds using the --force-build option. If a cached version of the required build is not available, an exception will inform about it.

Install the requirements pip install -r requirements.txt

Retrieve API Keys of your projects and run the generate.py command as follows:

generate.py --out-directory ./output \
    --api-keys ei_0b0e...,ei_acde... \
    --quantization-map 1,1

This will request quantized version for each of the two projects.

Build the container: docker build -t multi-impulse .

Then run: docker run --rm -it -v $PWD:/home multi-impulse --api-keys ei_0b0e...,ei_acde...

Initialize the custom block - select Deployment block and Library when prompted: edge-impulse-blocks init

Push the block: edge-impulse-blocks push

Then go your Organization and Edit the deployment block with:

• CLI arguments: --api-keys ei_0b0e...,ei_acde... --quantization-map <0/1>,<0/1>
• Privileged mode: Enabled

After the block is finished it generates a deploy.zip archive that is a standalone buildable example of using all the impulses in multi-impulse package.

This can be useful to sanity-check that your combined impulses behave as expected.

The Makefile is for Desktop environment (macOS/Linux). For embedded targets, you'll need to change the cross-compiler or integrate the multi-impulse inference library within your application.

1. Unzip the deploy.zip archive (from output/ directory if running on your laptop)
2. Open the source/main.cpp file and fill the raw features arrays corresponding to the project IDs. You can get exampel arrays from raw dsp block output in each project.
3. Run./build.sh to compile
4. Run ./app to check the static inferencing results