Improving the training set will save a lot of time and effort to reach the needed reliability for your AI business cases.
The training of your neural network rely on a training database. The performance of the network will depend on the quality of this database. It is not enough to check its quality by the means of statistical methods. Now, you can also understand how the neural network will learn from this database.
Saimple helps you to check what a network has learnt and how to improve its learning. Right from the start you have a better control of the learning that is done and you save time in building a solid learning training set.
Testing is about measuring performance, but knowing what your neural network has actually learnt gives you why it is performant or not. The earlier you have this information the more time you save downstream.
Training can be time-consuming and the only way to find out if it was successful is to measure the accuracy on a test dataset. But nothing prevents the AI to have good accuracy and be entirely biased. To prevent bias you need to know more precisely what the neural network has actually learnt.
With Saimple you can visualize the impact of every input on the decision made by the network. By doing so it is possible to know how the network is impacted by every input at each step of the inference. You can discover unintended behavior as well as knowledge on how to improve both your training dataset and your neural network architecture.
Classical measures of performance are often not enough to have a clear understanding of how the system will operate in real conditions. You need to go beyond the data you know and discover how much your system will be robust. Systems have in their specification a domain of use that is intended and on which the product is supposed to reliably operate. But to cover the domain you only rely on the data you know to do the testing. Therefore if your data does not cover enough ground, you might miss something within your domain of use.
To cover more ground and ensure a better reliability of the system you need to test not only on isolated inputs but also whole input domains. You do not need to go through each straw in every haystack to check if there is one example that does not work. With Saimple you can ensure that each stack is correct right away.
Constituting a good training dataset is crucial for the performance of your neural network. “The more data the better” is not sufficient, to have good results you need good data! Improving your training dataset will improve the quality of your product and saves you a lot of trouble with the training process.
Knowing how biaised or unbalanced data diversity is impacting your training is a first step. But then you need to have correcting actions onto the dataset. For that your data scientists need guidance on how to adapt efficiently to your large scale database.
Saimple is not only discovering issues it can also help you correct them by identifying:
By knowing in which direction you go, you can improve the training dataset will help you data scientists. They will be avoiding unnecessary correction steps later in the process.
