Which computer application scans texts and converts into readable form in computer?
Optical Character Recognition
The question asks about a computer application that takes scanned texts and turns them into a format that a computer can read and work with, like editable text. This process involves analyzing an image of text and recognizing the characters within it.
The technology specifically designed for this task is called Optical Character Recognition (OCR). An OCR application works by:
This allows you to take a physical document, scan it, and then edit the text on your computer using a word processor, which is not possible with just a standard image file.
Let's look at the given options:
Based on the function described in the question – scanning text and converting it into a readable computer form (editable text) – Optical Character Recognition is the precise technology that performs this task.
The computer application that scans texts and converts them into a readable and editable form in a computer is known as Optical Character Recognition.
| Term | Function | Relation to Question |
|---|---|---|
| Scanner | Hardware device that captures an image of a document. | Provides the image input for OCR software. |
| Optical Character Recognition (OCR) | Software/Technology that converts scanned text images into editable text. | The core application described in the question. |
| Optical Marker Recognition (OMR) | Technology that detects marks or patterns on a document (e.g., bubbles on test sheets). | Different function; focuses on marks, not converting full text characters. |
OCR technology has evolved significantly over the years. Modern OCR software can handle various fonts, layouts, and even handwriting to some extent. It is used in many applications, including:
The accuracy of OCR can depend on the quality of the original scan, the complexity of the document layout, and the capabilities of the specific OCR software used.
In optical communication using silica optical fiber, 1 nm spectral width at 1300 nm corresponds to a bandwidth of (assume refractive index of silica optical fiber = 1.5)
An LCD requires a power of __________.