Aivia 8.8

Up until now, applying a Pixel Classifier to a large dataset can take up to hours due to the numerous image processing functions needed. In Aivia 8.8, we have parallelized the process of applying the Pixel Classifier using GPU processing. In practical terms, this translates to a speed improvement of up to 20x when applying the Pixel Classifier. Instead of hours, you can expect to get results from the Pixel Classifier in seconds to minutes.

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With the new and improved Pixel Classifier, you can spend more time analyzing your data and less time waiting.

• GPU accelerated implementation

• 10x faster teaching

• 20x faster applying

One of the most-requested features from our customers is now in Aivia 8.8, multi-session Pixel Classifier training.  In Aivia 8.8, the images and drawn teaching regions in the pixel classifier can be saved as a training session. The session can be reloaded at any time for additional training on the same image or with additional images.

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Aivia 8.8 introduces the 2D and 3D Magic Wand. Click on the object and Aivia automatically determines the object(s) based on your specified sensitivity setting and search range. If in 2D, Aivia repeats this action on subsequent z-slices. If in 3D, Aivia will display (in real time) the training region and will automatically determine the background, allowing you to define 3D objects with just one click.

Alternatively, you can use the Predict Next Slice tool automatically provides the teaching region on the immediate next z slice based on your drawn region, giving you a baseline drawn region to edit instead of drawing anew. 

The new training workflow gives you the power to build a robust pixel classifier quickly. In testing, the time needed to create 3D annotations was reduced by (up to) 15x.

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Python is one of the leading programming languages for scientific data analysis and artificial intelligence projects. In Aivia 8.8, we are bringing you the ability to run select Python codes within the Aivia environment. Recent developments in deep learning for scientific imaging applications often take on one of two approaches – fully open or fully closed. In a fully-open system, users have near limitless flexibility in defining how their analysis can be executed which can be difficult for those without extensive scientific background to understand; whereas in a fully-closed system, users have much more limited options which are easy-to-use and understand. Aivia 8.8 takes a hybrid approach to deep learning. You can import your own Python script for processing the data which can then be used as input for training deep learning models.

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Moreover, you can use Python with AIvia for any other application of your interest (not just for deep learning).

• Allows "image in-image out" Python workflows

• Run your Python code in parallel with Aivia

• Customize your deep learning input with your own Python script

• Test image restoration quality (sample script)

Aivia Cloud is now integrated into Aivia 8.8, giving you the ability to train deep learning models on your local computer.  If your system contains multiple GPUs, you can specify how many and which GPU Aivia uses to make this process faster. Note that you can continue to use multi-GPU cloud computing resources (i.e. Google Cloud Platform) if you prefer - Aivia Cloud support that option since v1.0.

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Aivia Cloud also contains new functions to set you up for success. First, Aivia performs quality control tests prior to training such as verifying that your input and ground truth images have matching resolution. This will ensure that the correct pairs are being used for deep learning training. Second, you can stop the training process at any time and Aivia will provide you with the best model created during that time. With these two functions, you'll get the best model without taxing your compute resources.

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With Aivia Cloud 2.0, you can leverage Aivia’s extensive library of deep learning models and your own resources to create powerful image analysis solutions.