Why You Should Purchase a Cost Efficient Portable Book Scanner

Scanning your books can be a terrific way to convert your database into an electronic format, for better use and management. Huge collection of books often suffer from the issue of maintenance; preserving their condition and managing them in the best way so that they are properly used, can be quite hectic, however, if you convert your collection into an electronic format, you can easily manage and use their information through simple clicks of the mouse. Scanning books and scanning papers often differ as the pages of books are bound together, and they are often rigid and breakable with age. For this purpose, specialized book scanners have been introduced. With the help of these scanners, you can easily convert your collection into an electronic format in a cost efficient way. Here are some reasons why you should purchase a cost effective portable book scanner.

There are different varieties and types of scanners available in the market. For, scanning your books, it is essential that you purchase a book scanner. Just any other scanner might not be as efficient as a book scanner for the purpose of scanning book collections. Book scanners are specifically designed to scan even the narrow corners of books perfectly, which might not be possible with standard scanners.

Portable book scanners can be easily moved from one place to another, from one room to another; which can be a lot helpful for scanning all your books. With a portable book scanner, you need not bring all your books to the scanning room, rather bring the scanner to the rooms one by one as you continue to scan.

Portable book scanners are cost efficient solutions. They have a remarkably affordable price, require very little maintenance, and can scan pages of books continuously without consuming massive electricity.

Purchasing a cost efficient portable book scanner will ensure that you can make the best use of your books without putting compromising your budget.

In order to help organizations complete their book scanning projects seamlessly, within a minimum amount of time, a number of companies have affordable book scanning solutions. These companies take the time to understand the specific needs of a particular organization, and design their service in order to meet all the requirements for each project. Professional book scanning solution providers not only use high end book scanners, but they also ensure that the process is carried out by experienced professionals so that the results are nothing less than perfect. These companies can convert your books and images into digital format, and burn them to DVDs or can even provide your company with an online archive as per your requirements. Their charges are extremely reasonable, and they ensure a minimum turnaround time.

The Relevance of Linear Tape File System in Building Active Archive Strategy

More and more companies have come to realize the benefits of using tape based storage systems. Based on the type of application and environment of your company, you can use LTO ultrium tapes or Liner tape file system to meet your backup and disaster recovery requirements easily. Linear Tape File System allows you to mount tape media so that it can be read by the OS (Operating System) as and when the cartridge is inserted into the tape driver. Whether you have large scale or small scale storage requirements, investing in Linear Tape File System is an ideal solution for all your storage needs.

When it comes to implementing an Active Archive system, it is always better to use tape instead of disk, as they offer a host of functionalities and is cost-effective at the same time. An Active Archive system is nothing but a combination of open system applications, tape and disk hardware, which provides users the flexibility of accessing their data with ease. It gives you the perfect solution to storing and managing your data. The LTO LTFS tapes offers superior online storage solution and allows you to create off-line copy of your important data, which is completely portable. These tapes are designed to allow you to save expenses related to cooling and power. The LTO 5 LTFS tapes come with media partition feature that allows its user to partition the tape into two separate segments. While the small partition is utilized for storing index data and information and the bigger partition is utilized for storing user data.

The biggest advantage of LTFS enabled tape is that is very easy to mount like any pen drive or hard drive. Besides, users of LTO LTFS enabled tapes simply need to drag and drop files from and to a LTFS enabled tape with ease.

LTO LTFS tapes can help companies minimize their archive and storage related costs when compared to a disk based archive solution. These tapes are designed to allow users to write/read, search and catalog data on LTO-5 tape cartridges as well as libraries. Tapes are easy to move from one particular site to another. The Linear Tape File System functionality allows users and even applications to store data to tape from their desktop easily. In view of the fact that today, companies of all scale and sizes require compact and high-speed backup storage systems, LTO LTFS tapes are a perfect solution for them.

These tapes offer technical excellence and cutting edge engineering features and superior product quality. The Linear Tape File System offers a perfect option for off-site/on-site data storage and protection. What sets these tapes apart from its predecessors is the fact that they are far more robust and can withstand rough tape handling, mechanical stress and bumps. LTO5 tapes can help in reducing IT related costs as users can meet their data protection needs with just a few LTO ultrium 5 tapes. The LTO LTFS tapes offer economical backup solution for large enterprises, medium-range computing environments, large servers, data mining, supply chain management and financial institutions. Therefore, if you want highly efficient, reliable and multi-tasking library, then get the LTO LTFS enabled tapes for your company today!

Different Method and Quality Work For Website Design

standout amongst the most variable parts of web configuration is the route in which we approach width and tallness regarding estimations and adaptability. For numerous years, we have turned between the profits and pitfalls of utilizing altered, versatile, and fluid estimations in a mission to give optimal review encounters in greatly differed circumstances, while adjusting our need to control things in our pages.

In this article, we will analyze web layout sorts EUR” old, new, and what’s to come. We will investigate the subject in the connection that sites are constantly seen in a different measure of routes, for example through portable telephones, netbooks, and touchscreen individual apparatuses as the ipad.

Wouldn’t it be great if we could set our destinations for this investigation of layout sorts:

We might inspect the mixture of choices that exist

For every layout sort, I’ll attempt to infer a few circumstances they are best utilized within

The advantages and disadvantages of a layout sort contrasted with others

The fundamental lesson to take far from these decisions is to consider why a choice is suitable for a specific circumstance and how your decision will influence your gathering of people.

Wouldn’t it be great if we could dive in, beginning with supreme layouts.

Categorical Layouts

One of the minimum generally utilized techniques for estimation utilized within web outline is outright estimation (i.e. Total units and positioning is customarily discovered in print media, which locally utilize these units of estimation.

The transformation of print to web organization might be seen in word transforming programming, for example Microsoft Word, which still utilizes these assemblies when arranging content and estimating the measurements of an archive so as to make it show up as close as would be prudent to printing on paper.
Categorical layouts have restricted use in web plans. Obviously, simply in light of the fact that it isn’t prevalent doesn’t would not joke about this doesn’t have its place on the web architect’s pack of alternatives.

In the event that you are somebody who uses printer-accommodating templates ?EUR” yes, individuals do still print pages ?EUR” indisputably the estimations of cm, mm, inches, and pt can help you plan a page layout for printers all the more correctly.

Relative Layout

Relative positioning and layouts alter in size hinging upon the measure of the client’s browser viewport. Relative Layout. Relative positioning and layouts conform in size hinging upon the extent of the client’s browser viewport.

Settled Layout

Generally viewed as one of the minimum adaptable routines for laying out a web plan, the utilization of pixel-based estimations has just about a computerized reverberation connected with it that exchanges crosswise over from the print business, in that the medium depends on fixed/static estimations.

This unit of estimation is correct and leaves small amount of conjecturing in respect to how a web outline will show up crosswise over diverse web programs and has come to be incredibly famous around locales that favour control and unoriginality over streamlining the layout for the groups of onlookers’ specific review circumstance.

Camcorder – A Portable Video Camera

Camcorders are portable devices for electronically recording video and audio through an in- built recorder unit. They differ from the previous units in which the recording and audio devices were separate. Today, a camcorder is a combination of video camera and a video recorder.

Previously, companies such as Sony, JVC and Kodak, etc. used analog video tapes. Since 1990 the digital tape came into use and three years hence, the storage tapes were being replaced by optical disks, hard disk drives and solid state memory. Camcorders, which do not use magnetic tapes, are called `tape-less` while those using two different media, like HDD and Memory card, are called `Hybrid Camcorders`.

Technological advancement has miniaturized the large cameras on specially mounted trolleys to portable video cameras and recorders for broadcasting images. This transition started in 1982 when JVC and Sony released the first professional camcorders. The Betacam, designed by Sony, slowly gained popularity and became the standard device for both news gathering and video editing. This was followed by Betamax in 1983 – the first consumer camcorder. At this stage, they were bulky and generally rested on the user`s shoulder during recording. Even today most camcorders are designed for right-hand users with very few possessing ambidextrous ergonomics.

Both JVC and Sony started improving the quality of camcorders which led to the development of digital devices in 1990. These had cassettes even smaller than the 8mm media allowing further reduction of size of tape transport assembly. The digital variety further improved the audio and video quality over the best analog camcorders. With the advent of digital models, the market has grown substantially being facilitated further by its price and size reduction. Today a device fits in the palm and is sold at a retail price of less than $150.

Camcorders comprise of three basic components: lens, imager and recorder. The lens solely focuses and gathers light on the imager. The imager is the eye of the camcorder which converts captured images into electrical video signals. The recorder encodes the video signals into storable form. The lens offers professional control of all major optical functions such as aperture, shutter speed and focus, etc. The recorder function is responsible for writing the video signal onto a recording medium (magnetic video tape).

Camcorders are normally classified by their storage device. The highest quality digital format such as Betacam and Mini DV, etc., suffer from little generation loss during recording, dubbing and editing. In analog recordings, noise and bandwidth issues relating to cables, amplifiers and mixers are a problem while in digital connections such problems are minimized.

However archival problems continue to affect both analog and the digital varieties. They are both prone to tape format deterioration over time. This is more acute in the digital recordings where large data base is permanently erased owing to deterioration and restoration is very expensive. One of the advantages in analog devices is that the recording may be usable even after the media, in which the data is stored, suffers deterioration.

Consumer camcorders emphasize the basic qualities such as easy usage, price and portability rather than technical performances. Such units offer a wide range of I/O operation but lack various menu settings, video exposures, gain controls and sound level management. For beginners, basic recording and playback facilities are emphasized. Today a personal computer, with a modest configuration, can perform digital video editing with software available in the market.

Camcorders have a plethora of usage in electronic media ranging from electronic news organizations to TV / current affair production. They are invaluable for initial video footage in locations away from the distribution infrastructure. Events which have scheduled set timings, such as official press conferences, use camcorders extensively. They are also used for covering personal events such as weddings, birthdays and other special family gatherings.

Even in the political arena, camcorder is used to film events which have a bearing on the subject. Protesters from various fields, such as animal rights, tax, anti-globalization, war and police, use camcorders to record and film such events which have wide social and historical ramifications. Even some judicial decisions are based on video footages exposed by such devices. They are also used in low budget films, ad shoots, tv shows and for academic film making, etc.

Solving the Retention Dilemma: Intelligent Archiving for Surveillance Data

Introduction
In the United States alone, there are more than 30 million surveillance cameras shooting over 4 billion hours of footage a week [1]. Diverse companies and organizations around the country use surveillance cameras to observe activity and monitor behavior. Regardless of the intent or purpose behind the surveillance camera, every organization must have a method in place for managing video content. In many states, legal policies require video surveillance data to be stored for extended periods of time–often up to a year or more. As digital data management regulations continue to grow, storing surveillance data ensures that an organization can defend itself in the face of legal or requirement inquiry, or simply continue to carry out its day-to-day operations without significant IT or monetary burdens.
How does a company improve its data retention time and instill smart practices for exporting, storing and retrieving digital content? Enter Intelligent Archiving. In this white paper, we address the surveillance data retention dilemma and present an innovative approach to offloading and storing surveillance data.

The Retention Dilemma
Video surveillance systems place a high demand on storage. With a growing number of digital surveillance cameras and increased image quality, along with complicated retention requirements, organizations are facing critical data management and archiving strategy challenges. Every organization that uses a surveillance system is forced to address a burning question, “What do I do with the buildup of surveillance data? Do I create additional storage capacities to house it, or do I get rid of it?”
Organizations simply cannot afford to purge their video surveillance records or suffer the consequences if data is tampered, lost or destroyed. In most retail stores, for instance, a victim has 180 days to file a claim about a particular incident that occurs in any given store, (i.e., a slip and fall case). If the retailer does not retain its video data for this amount of time, they could potentially be exposed to a claim that they are not able to defend by video–an extremely risky and costly situation.
Beyond retail, many diverse businesses and organizations, such as governments, banks, education institutions and corporate offices, must have systems in place to retain their surveillance data, and one single organization can have two different quantities of surveillance data: a large percentage of non-critical data that needs to be stored for short periods of time (e.g., a few months), and a small percentage of critical data that must be retained for the long-term (e.g., years or decades). Furthermore, regulations mandate that the surveillance video footage not only be saved in a standard, original format, but it must also be retrievable in the same condition as it was captured.
organizations, both large and small, automatic control over their digital data, resolving the retention time dilemma.

What Is Intelligent Archiving?
In order to simply meet retention requirements, many organizations have been using their traditional data storage methods, such tape, hard drive backups or placing physical hard drives on a shelf. However, these methods can be outdated, costly and unreliable. While conventional methods can get the storage job done, Intelligent Archiving is an all-in-one approach that integrates with existing surveillance workflows to provide a streamlined, automated data management tool. Intelligent Archiving reduces costs without purging data, ensuring that surveillance data is:

Automatically stored in its original, intended format to guarantee authenticity

Easily accessible and retrievable

Selectable by camera to discern between active and inactive data

Indelibly labeled for professional distribution

Blu-ray Media: The First Component of Intelligent Archiving
Optical disc storage plays an influential role in establishing and maintaining the accuracy and reliability of digital data. Blu-ray discs were developed to meet the capacity demands of high-definition video and have long been the champion in the video media industry. As a result, this technology is a foundation upon which Intelligent Archiving is built.

Blu-ray Quick Facts:

A single layer disc can hold 25GB of data, a dual layer disc can hold 50 GB

Up to 9 hours of high-definition or 23 hours of standard-definition video can be stored on a 50 GB disc

A single dual-layer 50 GB Blu-ray disc can hold the same amount of data as 10 DVDs Blu-ray

technology is extendable, and includes support for multi-layer discs

Blu-ray has a data transfer rate of 4.2MB bytes per second

BD has a lifespan of 50+ years

Blu-ray’s increased storage capacity provides low cost per TB

Traditional tape/hard drive technology and complicated manual data back-up processes do not stand up to the demands of video surveillance storage. Magnetic tape is sensitive to environmental conditions, highly volatile and is not portable or distributable. Although hard drives are relatively inexpensive to acquire, HD retention capabilities are unreliable, making it a costly archive solution in the long run. For instance, 1TB hard drives are designed to be consistently powered on in order to check and authenticate data. While an HD archive sits unpowered on the shelf, without automatic self-correction, video data is susceptible to loss and uncorrectable errors. Compared to these conventional storage mechanisms, Blu-ray technology delivers the longest lifespan, best security and least risky migration capabilities for video media–making it the only fully complaint, true archiving technology and the industry choice in digital storage.

True Archiving Technology

Durability: The surface of Blu-ray media is protected by hard coating, making discs resistant to scratches and fingerprints without compromising the traditional look and feel.

High Performance: Video data stored on Blu-ray can be searched for and randomly accessed with uncompromised speed. Blu-ray access times are 200 milliseconds, and BDs have the potential to acquire even higher speeds in the future.

Future-proof: Due to the WORM (Write Once Read Many) media structure, data that is written to a Blu-ray disc is permanent and likely to last longer than any CD or DVD. In addition, the technology is supported by hundreds of world-wide organizations, ensuring media and drives to read it will be available years into the future to fulfill the nation’s growing compliance requirements.

Go Blu to Go Green: Blu-ray technology is well suited for archiving infrequently accessed or static information, meaning that disc drives only need to be powered on when video data is being written or read–a quality that is efficient in both energy and cost. Plus, Blu-ray has a TUV certification of ‘B’, making it the lowest energy consumption of all data storage technologies [2].

The Architecture of Intelligent Archiving – Export, Distribute and Archive
Blu-ray’s superior storage capacity, durability, permanence and overall performance capabilities have paved the way for new approaches to archiving. One of the most significant of these approaches is Intelligent Archiving.
In order to answer the retention dilemma and fill the need for a streamlined, automated exporting and archiving tool for surveillance data, a solution must incorporate software and hardware technologies. Therefore, the architecture of Intelligent Archiving is multi-leveled. Building off of Blu-ray technology, this approach recognizes the need to integrate intelligent software with robust hardware capabilities in order to seamlessly automate the surveillance export, delivery and archive process. The result is a hands-free operation that cuts labor and errors, decreasing the amount time and money that is spent on managing complex business processes. All the while, zero surveillance data needs to be destroyed or purged.

Export: While the surveillance data exporting process can and be done manually, with individual PC disc burners, for example, managing video content by hand is a security risk that often results in errors, potential loss of data or video hijacking. With the Intelligent Archiving approach, a software component is first used to discern critical incident data that can be immediately exported from the surveillance system. Second, the hardware mechanism ensures that one or many video clips are automatically exported to Blu-ray discs. An automated export process ensures that data is properly managed, includes a viewer on the disc and a reliable backup management system is in place.

Distribute: The optical disc is the only modern media type that has enough space on the surface to clearly and permanently print the recorded content. As a result, Blu-ray discs containing exported content are inherently ready to be clearly and professional delivered as necessary.

Archive: By nature of the Blu-ray media, discs containing exported content are ready to be used for long-term and secure shelf archive. The Blu-ray technology ensures that the lifespan of the video content and the tools used to read it are viable now and into the future. Data on Blu-ray media is fully compliant, access times are efficient and data retrieval is cost effective.

Intelligent Archiving recognizes that the frequency of surveillance video recall declines over time. Not only does this approach ensure that the scope of an organization’s video storage plan is smart and secure both now and for the future, but it enables the user to select which camera data sets they want to permanently archive, giving users ultimate control over the retention dilemma. By using the Intelligent Archiving approach, an organization can choose which data is important to keep online, and what can be immediately sent to archive, extracting important incidents and storing the rest.

Conclusion
Whether it’s to comply with regulatory compliance and internal standards, manage evidence or to avoid claims, theft or vandalism, organizations of all varieties simply cannot afford to lose surveillance data. Video content must be centrally managed in order to ensure safe, long-term storage, easy accessibility, and random future playback, while also providing seamless organization. Intelligent Archiving is structured to solve these critical content distribution, management and long-term archiving needs. Not only is the approach designed to provide an automatic video archiving tool that protects critical information, but it is a smart exporting resource that gives users ultimate control over surveillance data management.

In this paper, we’ve discussed the architecture behind Intelligent Archiving. Rimage’s Surveillance Solution is an all-in-one model that provides all the benefits of this intuitive archiving approach. End users who have a volume of surveillance incidents and need an automated tool for professional distribution, as well as those who have defined data retention requirements and need to retain video content for long periods of time, can maximize their time and budget investments with Rimage’s Intelligent Archiving solution.

Rimage has long been a leader in delivering best in class standards for direct-to-disc thermal printing and workflow-integrated digital publishing solutions, and Rimage software modules have the flexibility and power to integrate into almost any workflow and business process. Surveillance Publisher and Rimage Surveillance Archiver completely automate the process of exporting content for publishing and managing long-term archiving on Blu-ray and/or DVD media. Surveillance Publisher is a streamlined data distribution process that quickly exports surveillance video. Surveillance Archiver shrinks active content by automatically archiving historic content on a set schedule, based on size or date and time criteria. Both components capture and print video meta-data directly to the disc for easy identification, automatically span large datasets to multiple discs, and ensure that exported/archived content can be viewed on any Windows based computer with a DVD or Blu-ray reader.

How the Rimage Surveillance Solution Works:

Network video recorder (NVR) collects digital camera data.

Incidents are selected and exported to labeled DVD or Blu-ray Discs.

Storage or time threshold is reached in the NVR.

Data is automatically sent to Blu-ray Discs for archive.

Discs are indelibly labeled for evidentiary use or recall. Learn more: www.rimage.com/surveillance.

According to recent research, the video surveillance market is expected to tipple by 2012, with global storage requirements reaching more than 3.3 exabytes (3,300 petabytes) [3]. For every organization that utilizes video surveillance, a loss of digital data can result in a loss of vital business information, credibility, and ultimately, a loss of competitive value. Intelligent Archiving provides a scalable approach to video data exporting and archiving, protecting digital assets and ensuring business viability now and in the years to come.