samples/examples.dox

/// Copyright (c) 2021 ARM Limited and Contributors. All rights reserved.
///
/// SPDX-License-Identifier: MIT
///

namespace armnn
{
/**
This is a very simple example which uses the Arm NN SDK API to create a neural network which consists of
nothing else but a single fully connected layer with a single weights value. It's as minimalistic as it can get.

@note Most of our users won't use our API to create a network manually. Usually you would use one of our software
      tools like the @ref S6_tf_lite_parser "TfLite Parser" that will translate a TfLite model into Arm NN for you.
      Still it's a very nice example to see how an Arm NN network is created, optimized and executed.

      (You can find more complex examples using the TfLite Parser in samples/ObjectDetection and
       samples/SpeechRecognition. And another example using @ref md_python_pyarmnn_README "PyArmnn" in
       samples/ImageClassification)
@example SimpleSample.cpp
**/

/**
This is simple example that shows how to use a dynamic backend. Dynamic Backends can be compiled as standalone
against Arm NN and can be loaded by Arm NN dynamically at runtime. This way you can quickly integrate new backends
without having to worry or recompile Arm NN.

This example makes use of a very simplistic dynamic backend called 'SampleDynamic'. There is a guide that tells you
more about dynamic backends and how this particular backend was created so you can create a dynamic backend
yourself @ref md_src_dynamic_README.
@example DynamicSample.cpp
**/

/**
This example is basically a copy of the SimpleSample example. But it makes use of a CustomAllocator to allocate
memory for the inputs, outputs and inter layer memory.

@note This is currently an experimental interface
@example CustomMemoryAllocatorSample.cpp
**/

/**
Yet another variant of the SimpleSample application. In this little sample app you will be shown how to run a
network multiple times asynchronously.

@note This is currently an experimental interface
@example AsyncExecutionSample.cpp
**/

}