AI Suite: Difference between revisions

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The Tygron AI Suite consist of a several tools that can help when using an existing [[Neural Network]] in an [[Inference Overlay]] or when creating a new one.
The Tygron AI Suite provides a comprehensive set of tools to assist you in all stages of creating, training, and utilizing your own [[Region-based Convolutional Neural Network (Inference Overlay)|RCNN]] within an [[Inference Overlay]] on our dedicated [[GPU]] cloud.


==Steps for creating you own model==
[[File:aiflow.png|center|800px]]
In order to create your own AI model based on a [[Neural Network]] you have to follow these steps.


* Start with a definition of which objects you want to detect. For example trees, cars, solar panels, etc.
==Creating you own model==
* Now create one or more projects (with a good variation) and manually create your training data by creating areas containing outlining these objects. See this how to how this can be done in QGIS.
Follow these steps to create an AI model based on a [[Region-based Convolutional Neural Network (Inference Overlay)|RCNN]].
* Devide these objects in two group a TRAIN and TEST dataset that can be exported. See thi manual.
 
* After exporting follow these steps to train your [[Neural Network]] resulting in a [[ONNX]] file.
# Start with a definition of which objects you want to detect. For example trees, cars, solar panels, etc. These can also be subsets for example trees can also be sub dived into palms, pines, etc.
* Then import the [[ONNX]] back into the [[software]] an run it in an Inference Overlay.
# Create one or more varied projects and manually define training data by outlining the target objects. Follow: [[How to create AI training data with QGIS]]
* Finally validate the results on a different project and iterate back to a previous step if needed.
# Create two groups of objects a TRAIN and TEST dataset that can be exported. Follow: [[How to export AI Training Data]]
# After exporting you can start training your [[Region-based Convolutional Neural Network (Inference Overlay)|RCNN]] resulting in a [[ONNX]] file. Follow: [[How to train your own AI model for an Inference Overlay]].
# Then import the [[ONNX]] back into the {{software}} an run it in an Inference Overlay. For example: [[How to detect foliage using an Inference Overlay]]
# Finally validate the results on a different project and iterate back to a previous step if needed. Follow: [[How to evaluate an AI model]]
 
==Apply a model==
* Apply a custom-created or existing [[ONNX]] model to other projects using the [[Inference Overlay]]. For example: [[How to detect foliage using an Inference Overlay]]
 
{{article end
|seealso=
* [[Model attributes (Inference Overlay)]]
* [[Region-based Convolutional Neural Network (Inference Overlay)|RCNN]]
* [[ONNX]]
* [[PyTorch]]
* [[Demo Training Data Project]]
}}

Latest revision as of 08:23, 3 August 2026

The Tygron AI Suite provides a comprehensive set of tools to assist you in all stages of creating, training, and utilizing your own RCNN within an Inference Overlay on our dedicated GPU cloud.

Creating you own model

Follow these steps to create an AI model based on a RCNN.

  1. Start with a definition of which objects you want to detect. For example trees, cars, solar panels, etc. These can also be subsets for example trees can also be sub dived into palms, pines, etc.
  2. Create one or more varied projects and manually define training data by outlining the target objects. Follow: How to create AI training data with QGIS
  3. Create two groups of objects a TRAIN and TEST dataset that can be exported. Follow: How to export AI Training Data
  4. After exporting you can start training your RCNN resulting in a ONNX file. Follow: How to train your own AI model for an Inference Overlay.
  5. Then import the ONNX back into the Tygron Platform an run it in an Inference Overlay. For example: How to detect foliage using an Inference Overlay
  6. Finally validate the results on a different project and iterate back to a previous step if needed. Follow: How to evaluate an AI model

Apply a model