I'm providing acoustic data to Microsoft's speech recognition service (cris.ai) which imports fine with no errors. When the platform attempts to turn this into an Acoustic Model it fails (after about 30 mins) with no feedback.
Has anyone else had such an issue and managed to modify their training data to get this to succeed?
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I have been through the documentation of both AWS Cognito and Azure Comprehend, trying to understand the accuracy or both TPR and FPR of the two services when it comes to identify PII and PHI inside a document without performing custom training. Unfortunately, I wasn't able to find any number and I do not have enough data to build my own confusion matrix, do any of you have an idea - even indicative - of their performances?
Thanks!
i'm using Custom vision from Microsoft service to classify image. Since the model will have to be re train few times a years, I would like to know if I can save current version of azure custom vision model to re train my new model on the same version? because I guess microsoft will try to increase performances of its service among time so model used on this tools will probably change...
You can export the model after each run, but you cannot use an existing model as a starting point for another training run.
So yes, as it is a managed service, Microsoft might optimize or somehow change the algorithms to train in the background. It is on you to decide if that works for you. If not, a managed service like this is probably generally not something you should use, but instead train your own models entirely.
We are researching Stream.io and Stream Framework.
We want to build a high-volume feed with many producers( sources) that include highly personal messages (private messages?)
For building this feed and to make this relevant for all subcribers we will need to use our own ML model for the feed personalisation.
We found this as their solution for personalisation but this might scale badly to allow us to run and develop our own ML model
https://go.getstream.io/knowledge/volumes-and-pricing/can-i
Questions :
1. How do we integrate / add our own ML model for a Getstream-io feed ?
2. SHould we move more to the Stream Framework and how do we connect our own ML model to that feed solution ?
Thanks for pointing us in the right directions !
we have the ability to work with your team to incorporate ML models into Stream. The model has to be close to the data otherwise lag is an issue. If you use the Stream Framework, you're working with python and your own instance of cassandra, which we stopped using because of performance and scalability issues. If you'd like to discuss options, you can reach out via a form on our site.
I have a Tensorflow object detection model deployed on Google cloud platform's ML Engine. I have come across posts suggesting Tensorflow Serving + Docker for better performance. I am new to Tensorflow and want to know what is the best way to serve predictions. Currently, the ml engine online predictions have a latency of >50 seconds. My use case is a User uploading pictures using a mobile app and the getting a suitable response based on the prediction result. So, I am expecting th prediciton latency to come down to 2-3 seconds. What else can I do to make the predictions faster?
Google Cloud ML Engine has recently released GPUs support for Online Prediction (Alpha). I believe that our offering may provide the performance improvements you're looking for. Feel free to sign up here: https://docs.google.com/forms/d/e/1FAIpQLSexO16ULcQP7tiCM3Fqq9i6RRIOtDl1WUgM4O9tERs-QXu4RQ/viewform?usp=sf_link
I played a bit around with Azure ML studio. So as I understand the process goes like this:
a) Create training experiment. Train it with data.
b) Create Scoring experiment. This will include the trained model from the training experiment. Expose this as a service to be consumed over REST.
Maybe a stupid question but what is the recommended way to get the complete experience like the one i get when I use an app like https://datamarket.azure.com/dataset/amla/mba (Frequently Bought Together API built with Azure Machine Learning).
I mean the following:
a) Expose 2 or more services - one to train the model and the other to consume (test) the trained model.
b) User periodically sends training data to train the model
c) The trained model/models now gets saved available for consumption
d) User is now able to send a dataframe to get the predicted results.
Is there an additional wrapper that needs to be built?
If there is a link documenting this please point me to the same.
The Azure ML retraining API is designed to handle the workflow you describe:
http://azure.microsoft.com/en-us/documentation/articles/machine-learning-retrain-models-programmatically/
Hope this helps,
Roope - Microsoft Azure ML Team
You need to take a look at Azure Data Factory.
I have written a Custom Activity to do the same.
And used the logic to retrain the model in the custom activity.