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ICR software for handwriting uses the Intelligent Character Recognition Technology. It is that type of software that will identify handwritten words. ICR software for handwriting is an extension of the more advanced OCR or optical character recognition. The ICR is a tool that will eventually adjust in the recognition of different fonts and words compared to the ones that it stores within its database. The biggest difference that the ICR software for handwriting has when compared to the OCR program is simply its ability to read handwritten words. In some ways, the ICR is also capable of reading symbols, unique fonts and other languages other than the English language.

The ICR software for handwriting is very much dependent on the type of handwriting it is following. Thus, the ICR software for handwriting will only often boast of a 97 percent accuracy rating. This software is most used on forms like surveys, and form feeds that need to be filled out manually by hand. Nevertheless, it is still a valuable piece of technology that can help the organization.

The ICR software for handwriting works with three major algorithms to recognize handwritten texts. These are the statistical, semantic and hybrid algorithms, of which the last one is the most popular in most ICR software. This is generally referred to as the voting method wherein the ICR will scan the documents than give a vote matching process to the texts of the paper trail. Inside the ICR software for handwriting is this scan engine that will detect the handwritten words and will match it against the stored database of the software. The ICR software for handwriting will then generally compare it against the other words in the database and will vote on the word that it thinks is the closest match with the extracted data. When the symbols and the different languages are used, the ICR software for handwriting would often switch to another database to correctly match the words that it has extracted. As added benefits, the ICR software for handwriting has this advanced option, wherein once it has matched a new kind of language or font, it will add the font and the language into its stored library.

As offices make the transition from paper archives to electronic databases, a great deal of effort is spent on converting documents into digital format. When you scan a text document, the result is an image file in which the text cannot be recognized by the machine. In order to work with the document electronically, you will need to make the file text-searchable so that you can easily find relevant content and edit it when needed. Instead of retyping paper documents, you can use OCR technology to automatically identify and extract the text.

A light pen detects a change of brightness of nearby screen pixels when scanned by cathode ray tube electron beam and communicates the timing of this event to the computer. Since a CRT scans the entire screen one pixel at a time, the computer can keep track of the expected time of scanning various locations on screen by the beam and infer the pen's position from the latest timestamp.

There are two kinds of IP cameras:
• Centralized IP cameras, which require a central Network Video Recorder (NVR) to handle the recording, video and alarm management.
• Decentralized IP cameras, which do not require a central Network Video Recorder (NVR), as the cameras have recording function built-in and can thus record directly to local storage media, such as flash drives and hard disk drives or to standard network attached storage.

A barcode reader works by directing a beam of light across the bar code and measuring the amount of light that is reflected back. (The dark bars on a barcode reflect less light than the white spaces between them.) The scanner converts the light energy into electrical energy, which is then converted into data by the decoder and forwarded to a computer. There are five basic kinds of barcode readers:
• pen wands
• slot scanners
• Charge-Couple Device (CCD ) scanners
• image scanners
• and laser scanners

OMR software solutions make it possible to capture and transfer data from hard copies of documents into a computer of a user or business. OMR solutions allow users to make any changes to the captured data obtained from forms to customize to a desired format once data has been extracted and input into a database. There are many OMR solutions that have achieved extremely low rates of errors, making these OMR solutions reliable. There are also OMR solutions designed for big corporate environments with a high volume of OMR data to make it easy to extract OMR information quickly and easily.

The data capturing device used in OMR software solutions may vary according to the nature of the work an organization is doing on a daily basis. However, the basic concept of OMR software remains the same in many organizations irrespective of the nature of the work that they are into. Businesses can benefit from the speed and accuracy with which OMR technology can extract data from large volumes of documents. The OMR technology of today is advanced and will surely continue to improve as technology is innovated. The world has become a better place due to the presence of OMR Technology.

It is a free and open-sourced operating system based on the Windows NT architecture, providing support for existing applications and drivers, and an alternative to the current dominant consumer operating system. It would be perhaps important to start by saying what ReactOS -isn't-. It is not another wrapper built on Linux, like WINE. It does not attempt or plan to compete with WINE; in fact, the user-mode part of ReactOS is almost entirely WINE-based and our two teams have cooperated closely in the past. ReactOS is also not "yet another OS". It does not attempt to be a third player, like SkyOS or any other alternative OS out there. People are not meant to uninstall Linux and use ReactOS instead; ReactOS is a replacement for Windows users who want a Windows replacement that behaves just like Windows.

While ReactOS' source availability and current usage is mostly intended for programmers to expand and improve on, you don't need to be a rocket scientist to use it, and in its final state will be a consumer friendly OS. If you've used Windows before, you'll find yourself in a familiar environment with ReactOS. The learning curve, if any, should be minimal, since ReactOS duplicates many of the Windows graphical environment applets, control panels and dialogs (Windows 2000/XP/2003).

Focus at present is on developing ReactOS to a stage where it is capable of running most Windows drivers and applications "out of the box." This does not mean that ReactOS will stop there, however; as new features are added to Windows, our developers be striving to incorporate such new features in future versions of ReactOS. Once the compatibility level has been reached, we may even choose to improve ReactOS beyond its Windows roots. These changes would be external from the main OS, and totally compatible with Windows, but they would add an extra advantage. For example, one of our goals is to have built-in POSIX compatibility, much like Windows Services for Unix. It could also be as simple as natively supporting multiple desktops however, instead of requiring a powertoy.

Most information online is very technical. The goal of this website is to explain what iOS is in "layman's terms" and ultimately define for the layperson the meaning of iOS. In order to really know iOS one must first understand what it is. The basic answer to the question "What is iOS?" is simply this... iOS is what makes Apple’s mobile devices or, "iDevices", turn on and run all the stuff you want to do with it. Its the basic "operating system" that operates any given iDevice. Apple’s portable devices like iPhone, iPad or iPod are know as iDevices. iOS does things on these devices such as allow you to set the brightness of the screen if you can’t see it on a bright sunny day, it also secures your iDevice, if you enter a pass code the system will automatically lock the screen after a certain amount of minutes you tell it to and lets you connect to your WiFi network at home so you can go online with your iDevice. So how do you do these simple tasks? Most of the "settings" you want to customize and use are all contained in the "Settings" button, or "App" as they are also called.

The iDevice operating system (iOS) has the features and runs all the apps you want to use. Each time Apple adds features to iOS they call it a "software update" and usually include a version number. Apple’s iOS is currently the main software that runs on all models of the iPhone, iPod Touch, iPad and iPad Mini mobile devices. Hopefully, this basic explanation has helped you to understand what iOS is and how it relates to any Apple devices you may own or are looking to purchase.

The term "iOS" was originally know as "iPhone OS" and was introduced in 2007 along with the first iPhone hardware device Apple released. It was the term used to describe the software that would operate the iPhone and is derived from the term "OS X", which is how Apple describes its "operating system" for its Macintosh computers. The "X" stands for 10 which is the newest version of the computer software Apple created to operate the desktop and laptop computers they design. The "iOS" platform is a mobile-device-based software system that works like a computer system, but on mobile devices like portable phones. It is designed to be smaller, faster and use less power. It also has a "touch" friendly user interface so it works better when a finger is used to interface with the system instead of a mouse or stylus that has been used in the past to interact with operating systems. The iPhone has run on iOS since its release in 2007.

Android is a powerful Operating System supporting a large number of applications in Smart Phones. These applications make life more comfortable and advanced for the users. Hardwares that support Android are mainly based on ARM architecture platform. Some of the current features and specifications of android are:

Features of Android OS
Android comes with an Android market which is an online software store. It was developed by Google. It allows Android users to select, and download applications developed by third party developers and use them. There are around 2.0 lack+ games, application and widgets available on the market for users. Android applications are written in java programming language. Android is available as open source for developers to develop applications which can be further used for selling in android market. There are around 200000 applications developed for android with over 3 billion+ downloads. Android relies on Linux version 2.6 for core system services such as security, memory management, process management, network stack, and driver model. For software development, Android provides Android SDK (Software development kit). Read more about open source software.

Applications
These are the basics of Android applications:
• Android applications are composed of one or more application components (activities, services, content providers, and broadcast receivers)
• Each component performs a different role in the overall application behavior, and each one can be activated individually (even by other applications)
• The manifest file must declare all components in the application and should also declare all application requirements, such as the minimum version of Android required and any hardware configurations required
• Non-code application resources (images, strings, layout files, etc.) should include alternatives for different device configurations (such as different strings for different languages)

Google, for software development and application development, had launched two competitions ADC1 and ADC2 for the most innovative applications for Android. It offered prizes of USD 10 million combined in ADC1 and 2. ADC1 was launched in January 2008 and ADC 2 was launched in May 2009. These competitions helped Google a lot in making Android better, more user friendly, advanced and interactive.