USB 2.0 Optimizing OCR (Optical Character Recognition)

Optical Character Recognition was created to betechnological advancements in smart camera
able to identify text in documents and produceUSB2 technology have sped up data processing
not only a replica of the page but an intelligentand transfer.
understanding of the materials. Early devicesThe most promising is the use of embedded DSP
where limited in their capabilities to the(digital signal processor) with USB 2.0 cameras.
identification of matching text and key words.This innovative combination will most likely lead to
This was later developed and put to usean expansion of OCR applications. Embedding a
processing payments, coupons, and productDSP makes it possible to combine all the benefits
inspection.of PC into the camera itself. This allows for
The innovation of the PC saw a dramatic rise inmobility of smart cameras which can be used in
the application of OCR technology and thehandheld devices.
inception of smart cameras has meant that OCRToday, OCR is generally used to convert
has become cheaper, more accessible and putinformation which is scanned into the computer
into wider use.and turned into accessible text including JPEG and
Smart Cameras surpass PC cameras becausePDF files. It has also become a standard
they are convenient user friendly interface,application for barcodes and postal services. Due
requiring no formal training. Smart camerasto the rapid expansion of smart camera
possess built-in processors which yield high-qualitycapabilities, it is safe to assume that there will be
images which are then analyzed within themany new applications for OCR in the near future
camera. It can then produce immediate resultsincluding use in technology to prevent identity
without being connected to a larger operatingtheft, verify credit card payments, surveillance,
system. Information from smart cameras cantranslations, prescriptions, identifying signatures,
then be sent to a PC for either data storage orquality control, and credit card verification.
further analysis using USB2 technology. Recent