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Is OCR slow?

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Is OCR slow?

Regular OCR Is Extremely Slow As long as there is limited demand for faster OCR, there is no impetus to improve upon the technology. As a consequence, conventional OCR technology is both slow and unpredictable.

What is OCR in full?

OCR stands for “Optical Character Recognition.” It is a technology that recognizes text within a digital image. It is commonly used to recognize text in scanned documents and images. OCR software can be used to convert a physical paper document, or an image into an accessible electronic version with text.

Is OCR fast?

Modern OCR software are fast, accurate and can handle common document processing constraints such as poorly formatted scans, handwritten documents, low quality images/scans, and blemishes that would have traditionally required extended manual interventions.

How do I make my OCR faster?

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Here are some tips to speed it up:

  1. More RAM? FileConvert is actually fairly light on RAM.
  2. Multiple Processors or Cores. If you have multiple processors or multiple processor cores, you can upgrade to FileConvert Pro Plus.
  3. Try a Different OCR Engine.
  4. Choose a Fast Processor.

How long does it take to OCR a PDF?

They are an image, much like a photocopy. These documents need to go through a process to make them searchable, for example, Abbyy Fine Reader, Acrobat Pro, Nuance and OmniPage Ultimate to name a few. Converting documents to searchable is time-consuming and can take up to 30 mins for 100 – 200 pages.

Is OCR deep learning?

Intro. OCR, or optical character recognition, is one of the earliest addressed computer vision tasks, since in some aspects it does not require deep learning. On the contrary, OCR yields very-good results only on very specific use cases, but in general, it is still considered as challenging.

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How do you use deep learning for OCR?

The Steps of an OCR Deep Learning Model

  1. Preprocessing an input image. This OCR step includes simplification, detection of meaningful edges, and defining the outline of the text characters.
  2. Detection of the text.
  3. Recognition of the text.