The Optical Character Reader Essay Example for Free

The Optical Character Reader EssayThe Optical Character Reader has traditionally been known in the ara of s behindning of handwritten documents (preprinted such as utility bills filled in with standard translateings by human readers) and surgical procedure the numbers or text from the scanning process into computer clean-cut formats through computer software. The OCR is cardinal of the best methods to use when there is a need for the capture of neat handwritten documents. SAT tests, electronic bill calculation and MCQ quizzes are part of the applications of the OCR. This paper will however, research the OCR equivalence it with different avail able-bodied methods/devices for data capture and evaluate the helpfulness of the OCR against them.THE RESEARCHGOCR Historically, GOCR software has not been wizard of the toppers in this field. With high error rates in character intuition (98% for version 0.4), it is just worthy giving a test try at approximately. Although th e subsequent versions had those bugs fixed, the efficiency of GOCR has always been lower than the other OCR software. GOCR works in two modes reading off black text off white backgrounds as well as reading off white text off black backgrounds. The latter was however, much difficult to program for the developers and still has high margin of errors. Its powerfulness to recognize handwritten characters with a grant of deviation is poor.Although much work has been done in the later versions to improve this, optical character recognition trueness is still one of the biggest issues for GOCR. The GOCR has the highest number of characters recognized incorrectly. Therefore, Is are recognized falsely as ls and vs are recognized as us. GOCR is useful in situations where the handwriting is exceptionally neat or the document error rate is not a matter of concern (which of course will be a rare case). Also it should be renowned that GOCR is open-source software. This means that GOCR code is readily available free of damage. Therefore, different versions floating around are actually revisions by different programmers on the basis of their knowledge. Thus, GOCR offers a few features that are unique the ability to work with a different variety of formats of images (which is also found in others, plainly with one or two omissions).Tesseract OCR One of the reviews of this software went like this It sounds like it Tesseract OCR I unusable at the current moment, but the developments made by Google in the subsequent versions leave a promising note for the future.In short, Tesseract is one of those open source optical character reading software that is not considered to be one of the most efficient software instancees. In fact, one of the drawbacks of Tesseract is the command line interface with the user. This seems most absurd for software that deals with pictures and graphics. However, the software is configured to accept picture or graphics from hardware and then automati cally read it and transform it into text. This OCR software has yet to come to a more user friendly state for it to be more popular as well as efficient. The error rate of 25% is not real low. However, considering the interface, this is quite an achievement for developers who could not or simply did not want to make an interactive software to achieve 75% success in recognizing handwritten characters.The main aim of an OCR is to reduce the need for manual(a) typing in either large volumes or in the case of transfer of data (programmers oft use it as disaster recovery plans). Thus it is necessary that the software for OCR be fool-proof to high degree. It should stick out accuracy, reliability as well as be able to work with deviations from normal. Both GOCR and Tesseract OCR are able to recognize characters in printed images and files, but the main problem arises in handwriting. Apart from that too, there are unambiguous problems described above. Thus, the third software for comp arison, Microsoft Document Imaging, coupled with Microsoft Word OCR capabilities overcomes these problems and provides a cost stiff solution. It should be noted that this is not single software. Instead there are two complementary software working towards r individuallying the desired result.Microsoft Document Imaging with Microsoft Word OCR capability This is without any doubt the strongest software suit available for the purpose of accurate and effective optical character recognition. Microsoft document Imaging provides the first process service scanning the image and making it ready for the software by converting the physical input to a machine readable format. In the next step the scanned file is given to Microsoft Word. This has in-built OCR capabilities that are strong, efficient as well as user-friendly. The OCR recognizes the characters with up to a 98% accuracy level, allowing a very small direction for errors. Apart from that, this software also provides the capability of recognizing handwritten characters to stay at par with the standard OCR software.It is an effective software solution with a powerful interface, speedy solution as well as a cost-effective solution. It has all the features that make it overcome the problems discussed in GOCR and Tesseract OCR. Microsoft Document Imaging and Word complement each other perfectly and thus they are the choice of any OCR requiring scenario. The capability of this suite to handle images with accuracy and speed drives up its performance greatly.It is clear from the above comparisons done that the third option has the strongest and most cost effective benefits over the other software. It is quickest and the cheapest form of input of handwritten characters into the computer so that they can also be edited. It also provides the best recognition capability of deviating characters.