Welcome to the New AWS AI Blog
aws.amazon.com
Welcome to the New AWS AI Blog
1–10 of 98 posts
Re: Welcome to the New AWS AI Blog
#2I have a million scanned images of court documents. Some are briefs, some are motions, some are court orders, etc... Given that I have images and their types, could I "train" the AI with these million documents to recognize a new image that might come in?
Re: Welcome to the New AWS AI Blog
#3Re: Welcome to the New AWS AI Blog
#4I am a complete noob to the AI space but I was wondering whether the following is possible (in AWS). I have a million scanned images of court documents. Some are briefs, some are motions, some are court orders, etc... Given that I have images and their types, could I "train" the AI with these million documents to recognize a new image that might come in?
Is that possible with AWS AI?
> Finally, we provide AI engines, a collection of open-source, deep learning frameworks for academics and data scientists who want to build cutting edge, sophisticated intelligent systems, pre-installed configured on a convenient machine image.
Which is to say anything that TensorFlow can do, AWS AI can do. So yes. But is it possible without implementing it yourself? It looks like Amazon Rekognition may be able to do what you're looking for, but I'm not certain. You'll have to research that one.
Re: Welcome to the New AWS AI Blog
#5I am a complete noob to the AI space but I was wondering whether the following is possible (in AWS). I have a million scanned images of court documents. Some are briefs, some are motions, some are court orders, etc... Given that I have images and their types, could I "train" the AI with these million documents to recognize a new image that might come in?
While there are many benefits of end-to-end training, I don't think it might be best suited for this case. This is because we already know that the only useful feature in the document is the text, and not the contours or textures. Theefore wasting neurons in your neural network to learn the wastefulness of this features is just waste of resources. Furthermore, you benefit from even a larger corpus of learned data, which the char recognition engine has been trained on.
Re: Welcome to the New AWS AI Blog
#6I am a complete noob to the AI space but I was wondering whether the following is possible (in AWS). I have a million scanned images of court documents. Some are briefs, some are motions, some are court orders, etc... Given that I have images and their types, could I "train" the AI with these million documents to recognize a new image that might come in?
Principally, yes. However, the approach may be more nuisanced than that. If I were you, I would first pick a character recognition engine (which might have already been well trained) to convert the image to text. Once the text is there, that might serve as a better feature to classify the content. Furthermore, I had recommend converting words in the text to word-embeddings/ vectors using a suitable Glove or Word2Vec…
Thus, I was looking for a more advanced approach.
Re: Welcome to the New AWS AI Blog
#7I am a complete noob to the AI space but I was wondering whether the following is possible (in AWS). I have a million scanned images of court documents. Some are briefs, some are motions, some are court orders, etc... Given that I have images and their types, could I "train" the AI with these million documents to recognize a new image that might come in?
Is that possible with AI? Yes, almost trivially. Is that possible with AWS AI? > Finally, we provide AI engines, a collection of open-source, deep learning frameworks for academics and data scientists who want to build cutting edge, sophisticated intelligent systems, pre-installed configured on a convenient machine image. Which is to say anything that TensorFlow can do, AWS AI can do. So yes. But is it possible witho…
If not AWS, how could I get started elsewhere? Every tutorial I've looked at deals with a CVS data file, not an image.
Could you point me to a resource that has an example of how to train AI with image documents?
Re: Welcome to the New AWS AI Blog
#8I am a complete noob to the AI space but I was wondering whether the following is possible (in AWS). I have a million scanned images of court documents. Some are briefs, some are motions, some are court orders, etc... Given that I have images and their types, could I "train" the AI with these million documents to recognize a new image that might come in?
More than happy to chat with you
Re: Welcome to the New AWS AI Blog
#9Earlier quoted context omitted.
Is that possible with AI? Yes, almost trivially. Is that possible with AWS AI? > Finally, we provide AI engines, a collection of open-source, deep learning frameworks for academics and data scientists who want to build cutting edge, sophisticated intelligent systems, pre-installed configured on a convenient machine image. Which is to say anything that TensorFlow can do, AWS AI can do. So yes. But is it possible witho…
> almost trivially If not AWS, how could I get started elsewhere? Every tutorial I've looked at deals with a CVS data file, not an image. Could you point me to a resource that has an example of how to train AI with image documents?
Look at the text API which parses text from an image and gives you it's pixel location.
Re: Welcome to the New AWS AI Blog
#10Earlier quoted context omitted.
Principally, yes. However, the approach may be more nuisanced than that. If I were you, I would first pick a character recognition engine (which might have already been well trained) to convert the image to text. Once the text is there, that might serve as a better feature to classify the content. Furthermore, I had recommend converting words in the text to word-embeddings/ vectors using a suitable Glove or Word2Vec…
OCR is my current approach. I am not really happy with it. The quality of OCRing leaves much to be desired, probably due to the documents themselves being haphazardly handled by the court personnel. OCR itself is a pretty CPU intensive activity and takes a significant time to complete for many documents. Thus, I was looking for a more advanced approach.
OCR is a better understood problem than a general neural net, so I think it's likely easier to improve its quality that to superseded the quality with image-based recognition.