Abstract
This paper explains that imaging and optics technologies have provided a wide range of industries with the ability to label, track and prevent bad documentation to their products in a more efficient and economically sound business. The author points out that "automatic identification", the means of identifying a product mechanically and entering the data obtained automatically into a computer, includes bar codes, optical character recognition (OCR), magnetic ink character recognition (MICR), magnetic stripes and voice systems. The paper relates that a problem with voice recognition applications is that it can be affected by environmental factors such as background noise; however, this technology has been the focus of considerable efforts on the part of the telecommunications industry and the U.S. government's intelligence community, which continue to work on improving reliability. illustrations

Table of Contents
Purpose
Thesis
Audience
Introduction
Overview and Background
Introduction to Topic
Why Imaging and Optics are Important
What Imaging and Optics has done for Different Industries
Imaging and Optics Technology
Automatic Identification and Data Capture
Character Recognition
Magnetic Ink Character Recognition
Optical Mark Recognition
Current Technology
Bar Codes
RFID
Card Technologies
Non-Mainstream of Imaging and Optics
Introduction
Overview
Why these Technologies are not yet Mainstream
Emerging Biometric Technologies: Three Common Ways of Identifying an Individual
Voice Recognition
Recognition Types and Modes
Problems with Voice Recognition
Fingerprint
Pattern Extraction/Pattern Matching
Iris Code
Advantages/Disadvantages
Conclusion

From the Paper
"By the beginning of the 1980s, various optical character recognition (OCR) technologies became available that made it possible to convert text to electronic form without the need for manual keyboarding. The scanner's ability to translate typewriter characters into bit-mapped image into ASCII text depends on a number of factors, including the sensitivity of the device itself and the legibility and method of preparation of the original document; however, improvements are being made all of the time and even formerly graphic-based scanning systems such as Adobe's notoriously slow PDF applications have incorporated character recognition systems that allow for textual scanning. Some of these character recognition systems incorporate features that provide output options to convert the text into a format used by common word-processing programs such as RTF, Word and so forth. According to Dry and Lawler, the term "scanning" is frequently used today to describe the process of creating digitized images; in this approach, a graphic picture of the page, rather than an actual transcription of the text itself, is stored in the computer."

Tags:scanning, recognition, bio-metrics, problems, documentation

Abstract
The following essay consists of a brief overview of the history of fiber optics. It also discusses the current uses of fiber optics in communications in voice, image, and data transmission. The writer also looks into the future uses of fiber optics as a key role in communications.

From the Paper
There is nothing in the world that gives us more power or confidence than having information. There are few things that we cannot do if we have the proper information to do it with. In addition, the ability to communicate that information is essential to the successful advancement of society. Information is the key to all foundational understanding and the ability to transmit information in a variety of ways allows us to expand our horizons, individually, societally and physically. Mankind has been working on ways to pass information since the beginning of time.

Tags:pass, information, communicate, speaking, conversation, glass, reflecting, sun, unlimited, bandwidth

Abstract
This paper looks at how the different advances in brain imaging-techniques have contributed to scientists increased ability to understand the concept of memory. It looks at the advent of Computed Tomography (CT), Magnetic Resonance Imaging (MRI) and Positron Emission Tomography (PET), and what they have meant to the increased ability to understand and treat brain, and memory disorders.

From the Paper
"For example, fMRI was found useful for research by Awh and colleagues (1999) to observe brain activations during the performance of a spatial working memory task. In this investigation, subjects were given a spatial working memory task and a control task. Using fMRI the researchers found a functionally distinct, region that showed sustained activity during the spatial working memory task, confirming the location for the neural bases for that function. In the past, researchers who wanted detailed studies of human brain activity struggled because they lacked effective investigative tools. In experiments with humans the best technologies brought only limited success in mapping the processes of consciousness."

Tags:brain, ct, eeg, imaging, memory, mri, neuropsychology, neuroscience, pet, psychology, scan, amnesiac, cognative, personality, changes, human, brain, patients, techniques

Abstract
In this article, the writer explains that Imaging Theatre is a form of Oppression Theater or a program which involves the audience as actors and spectators or "specta-actors." The writer maintains that the program has been used successfully in many areas, especially in Ireland. It teaches lessons about society and people which might not be learned in a literal classroom.

From the Paper
"The National Youth Arts Programme is an initiative of the National Youth Council of Ireland. The Programme works with young people using high quality arts practices through activities at local, regional and national level. The Programme is supported by the Arts Council and the Department of Education and Science and is dedicated to the development and advancement of youth arts in Ireland. According to the programme's website (December 19, 2007), "The arts have an enormous role to play in the lives of young people as a means of expression in the development of the individual." The Programme (December 19, 2007) defines Youth arts as ..."

Tags:imaging, youth

Abstract
The paper shows that diagnostic imaging is a rapidly growing healthcare industry that involves the application of electromagnetic radiation to create images of internal structures of the human body with the goal of providing an accurate diagnosis of the patient's condition. It points out that a common theme in the literature review is the need for an increased receptiveness on the part of all healthcare practitioners, both senior clinicians as well as those in training, to improve interdisciplinary activities, as well as more effective communications and collaboration among the various imaging subspecialties. Regrettably, the same market forces that have driven the rapid growth of diagnostic imaging for the benefit of the healthcare consumer are the same forces that are fueling the growing tendency to use these techniques unnecessarily or for inappropriate purposes. The writer points out, however, that there are a lot of imaging machines out there that are going to require skilled and competent technicians to operate them.
Introduction
Review and Discussion
Background and Overview
Diagnostic Imaging Today
Identifying Effective Supervisory Techniques in Support of a Constructive Clinical Learning Experience
Current and Future Trends
Bibliography

From the Paper
" According to Anreson and Carroll, "These external accrediting agencies for specialized services provide a means to legitimate the organization. Internal participants also make legitimacy evaluations that can affect their own levels of involvement and motivation" (p. 36). Just as the Holy Bible points out that "No man can serve two masters: for either he will hate the one, and love the other, or else he will hold to the one, and despise the other" (Matthew 6:24, KJV), Anreson and Carroll note that one or another of these internal or external assessments may represent the most important at any given time within certain areas of the organization and different sources of legitimacy may conflict with one another.
A fundamental consideration in this regard concerns the need for changing an organizational component that is not going to be easily changed. According to Amy C. Edmondson's essay, "Framing for Learning: Lessons in Successful Technology Implementation" (2003), "The decision to bring a new, innovative technology into a complex organization is only the first step in an implementation journey. Many new technologies disrupt existing organizational routines and relationships, requiring potential users to re-learn how to work together--a challenge that usually proves more difficult than anticipated" (p. 34). As a result, any type of new technology will cause the subsequent implementation process to take place along a variety of paths that are determined less by the unique qualities of the technology itself than by a complex interaction between the technology and the adopting organization. Edmonson suggests that "Those participating in an implementation effort may have considerable leeway in how to interpret the technology's benefits and challenges, and so the same technology can be seen differently and can elicit different responses, even in organizations that may appear quite similar (p. 35)."

Tags:radiation, images, xrays, technicians, healthcare

Abstract
This paper looks at the advances in medical imaging technology and how these advances have made it necessary to have university programs devoted entirely to medical imaging technology. The paper also looks at why this technology can so easily be used inappropriately and how focusing on its potential and promise can help solve this problem.

From the Paper
"Technology and technology applications in the medical fields are proliferating faster than proverbial rabbits. The advances in digital transmission of data, together with application of MRI technology and micro circuitry have created opportunities for the medical profession to gain more accurate information, analysis, and prognoses than ever before. MRI machines produce images which are clearer, and virtually three dimensional for the medical staff to use to accumulate diagnostic information. In previous decades, developing the talents to read imaging devices was included in part of broader based medical disciplines. But today, universities have advanced BS and MS degrees in medical imaging technology."

Tags:readout, film, dexterity, improve, health, diagnosis, patient, treatment, integrated, image-guided, therapy

Abstract
This paper gives some algorithms for thinning a monochrome image and checks out the development in other algorithms. It explains that thinning is an important preprocessing step for many image analysis operations such as optical character recognition, fingerprint recognition and document processing. This paper studies the results of some of the various popularly implemented thinning algorithms like medial axis method [2], contour generation method [3], local thickness based thinning approach [4], hybrid Approach and sequential and parallel thinning [5], and to debate on the advantages and disadvantages of the different methods along with citing the places where each of them is optimally utilized.

From the Paper
"Communication is an integral component of human society that has been greatly enhanced by the evolution of the technological age. Verbal communication has been greatly revolutionized by the advent of television, telephone and radio, and written communication has been transformed by development of word processors and electronic data. It is hence becoming increasing important to have information available for examination and manipulation in the digital format, and Optical Character Recognition (OCR) methods have been created towards this end. Character Recognition or Optical Character Optical Character Recognition (OCR) is the process of converting scanned images of machine printed or handwritten text (numerals, letters, and symbols), into a computer process able format (such as ASCII). The recognition of optically processed symbols and numerals, that is their translation from human readable forms to machine codes, holds excessive practical applicability in data transmission and documentation as well as for specific applications like identification of postal(zip) codes."

Tags:approach, axis, based, character, contour, generation, local, markov, medial, method, model, networks, neural, ocr, point, recognition, safe, thickness

Abstract
This paper explains the relevance of the relationships between visual reality and literary illusion in nineteenth-century French fantastic literature, such as Theophile Gautier's short story "Arria Marcella". The author points out that the structure of the fantastic element in literature conforms to the optical principle of the paraxis, which is a dimension where object and image appear to coincide and in which the eye cannot distinguish from tangible reality. The paper relates the plot and explores this concept of the paraxis as a useful tool to analyze the multi-layered appositions of illusion and reality that define Octavien's fantastic adventure in this short story.

From the Paper
"The narrator states that for Octavien, the wheel of time left its normal "rut" (62) and permitted him not only to confront a preexisting ideal but also, and crucially, to participate in a "chimere retrospective," thereby in one sweep fulfilling his life (63). Gautier organizes "Arria Marcella" as a dialectic consisting of an accumulation of tensions between an accepted reality on the one hand and a static, inaccessible ideality on the other hand, which leads to a synthesis integrating ideality and materiality. Such paradigms pile up and complement each other in "Arria Marcella".

Tags:mirage narrator vehicle amorous, mundane persona

Abstract
This paper explains that there are several different types of atomic force microscopes, which are used at very close ranges and without a lens, that operate by measuring a local property, whether height, optical absorption or magnetism, by using a probe placed very close to the sample. The author points out that AFMs constitute a subset within the larger group known as scanning-probe microscopes, which can utilize many different types of tips. The paper relates that the accuracy of the AFM depends on the state of the tip and a worn tip can produce blurred images resulting in the recent development of an automatic tip evaluation system showing when the tip needs to be replaced.

From the Paper
"Kevin Kjoller considers how to measure the true resolving power of an atomic force microscope, noting first that resolution means the same as it does for an optical microscope, meaning the minimum distance between two adjacent objects that a microscope can identify as separate. Kjoller complains that most manufacturers substitute some meaningless term for resolution and ignore the reality. Several issues need to be considered, such as the size of the probe and three types of limiting noise, electrical, mechanical, and acoustic. Kjoller defines electrical noise as "the sum of the thermal and operating noise from all components inside the AFM electronics, including any noise due to cross-talk and less-than-optimal grouping.""

Tags:close, tip, noise, mechanical, scanning-probe