Azure Cognitive Service for OCR: Text Detection in Images

Azure Cognitive Service for OCR: Text Detection in Images

Question

Which Azure cognitive service uses OCR to detect text in image?

Answers

Explanations

Click on the arrows to vote for the correct answer

A. B. C. D.

Correct Answer: B.

Option A is INCORRECT.

Form Recognizer helps businesses by automating the process of information extraction.

Option B is CORRECT.

Computer vision is an Azure Cognitive Service that uses OCR to detect text in images.

Option C is INCORRECT.

Text detect is an Invalid service.

Option D is INCORRECT.

Video indexer indexes the content of a video after analyzing its video and audio channels.

References:

The Azure cognitive service that uses OCR (Optical Character Recognition) to detect text in an image is option B, Computer Vision.

Computer Vision is an Azure cognitive service that enables developers to add image analysis and recognition capabilities to their applications. It uses advanced algorithms to analyze and understand the contents of images and videos.

One of the main features of Computer Vision is the ability to perform OCR on images to extract text. This feature can be used to extract text from images of documents, receipts, business cards, and other sources. The extracted text can then be used for further processing, such as indexing or searching.

In addition to OCR, Computer Vision also provides other image analysis features, such as object detection, facial recognition, and image tagging. These features enable developers to build a wide range of applications that require image recognition and analysis.

Form Recognizer, option A, is another Azure cognitive service that is used for extracting structured data from forms, such as invoices or receipts. Text Analytics, option C, is a service that provides sentiment analysis, key phrase extraction, and other text analysis features. Video Indexer, option D, is a service that provides insights into videos, such as speech-to-text transcription, face detection, and scene detection.