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Imaging Science: more books (100)

Optical Imaging and Microscopy: Techniques and Advanced Systems (Springer Series in Optical Sciences)
Solid-State Imaging with Charge-Coupled Devices (Solid-State Science and Technology Library) by A.J. Theuwissen, 2010-11-02
Medical Imaging: Principles, Detectors, and Electronics
Medical Imaging Signals and Systems by Jerry L. Prince, Jonathan Links, 2005-04-25
The JPEG 2000 Suite (The Wiley-IS&T Series in Imaging Science and Technology)
Geometrical Optics and Optical Design (Oxford Series in Optical and Imaging Sciences) by Pantazis Mouroulis, John Macdonald, 1996-10-24
Imaging the Earth's Interior by Jon F. Claerbout, 1985-07
Forensic Photography and Imaging (International Forensic Science and Investigation)
Handbook of Imaging Materials (Optical Science and Engineering)
Magnetic Resonance Imaging in Food Science by Brian Hills, 1998-04-17
Standards for Electronic Imaging Technologies, Devices, and Systems: Proceedings of a Conference Held 1-2 February 1996, San Jose, California (Critical Reviews of Optical Science and Technology)
Visualization and Imaging in Transport Phenomena (Annals of the New York Academy of Sciences, V. 972) by Samuel Sideman, Amir Landesberg, 2002-10
Surface Relief Images for Colour Reproduction (Progress reports in imaging science) by M.T. Gale, K. Knop, 1980-11
Molecular Imaging: Computer Reconstruction and Practice (NATO Science for Peace and Security Series B: Physics and Biophysics)

lists with details

HiRISE | High Resolution Imaging Science Experiment
HiRISE Operations Center 1541 E. University Blvd Tucson, Arizona 85721 2010 Arizona Board of Regents
http://hirise.lpl.arizona.edu/

Extractions: Jump to a science theme... Climate Change Aeolian Processes Fluvial Processes Future Exploration/Landing Sites Geologic Contacts/Stratigraphy Glacial/Periglacial Processes Hydrothermal Processes Impact Processes Landscape Evolution Mass Wasting Processes Polar Geology Seasonal Processes Sedimentary/Layering Processes Seasonal Processes Rocks and Regolith Composition and Photometry Tectonic Processes Volcanic Processes Other Image keyword search
The Royal Photographic Society
The Group plays a major role in the Society's scientific publication, the Imaging Science Journal, as well as keeping members in touch via the Group’s website.
http://www.rps.org/group/Imaging-Science

Extractions: Distinctions Exhibitions Forum Site Search See Member Portfolios One or more scientific meetings are arranged each year by the Group. Of notable mention are the current annual series of Digital Futures and Good Picture symposia. These lectures and discussions provide imaging practitioners, keen amateurs and students with insights into Imaging Science and all technical aspects of Digital Imaging. One-day specialist meetings, sometimes held in collaboration with other Learned Societies, are also occasionally organised on topics such as Advances in Medical and Forensic Imaging. The Imaging Science Group adopted this name (the Scientific and Technical Group was originally formed in 1921) when it recognised the need to reflect the Group's broader scope, covering all forms of imaging. The Group attracts Members who are professionals in the fields of imaging science and technology (and encourages them to apply for the Society's qualifications in Imaging Science), but also appeals to those with an educational or amateur interest in science. Costs Contact Please see contact details at www.rps-isg.org
Home « RPS Imaging Science Group
The Imaging Science Group is one of several Special Interest Groups of the Royal Photographic Society. The Group's fields of interest cover all aspects of the science and
http://www.rps-isg.org/

Extractions: GP2010: Hot Topics in Imaging The latest in our series of Good Picture symposia will be held at the University of Westminster, London, on 4 December 2010. Registrations invited. Recent Advances in Medical and Forensic Imaging Call for papers for this biennial event, to be held on 14 February 2011. ICIS 2010 Report by Zhigang (Zeke) Fan on the Beijing Conference held in May 2010 History page for more information. If radiation of any kind, emitted from, or affected by an object, causes a representation (the image) of the object or some aspect of the object to be generated, then the systematized body of knowledge relating to the generation, properties and processing of the representation may be defined as Imaging Science. See the Imaging Science page for more information. Interested in joining?
Boguslaw Obara - BioImage Informatics
Research and development of image analysis and processing methods for biological, medical and geological imaging science.
http://boguslawobara.net/
NIH CC: Laboratory Of Diagnostic Radiology Research
Clinical research in the imaging sciences within the areas of Magnetic Resonance Imaging, Magnetic Resonance Spectroscopy, Molecular Imaging, Image Processing as well as other areas of imaging sciences. (National Institute of Health)
http://www.cc.nih.gov/ldrr/index.html
NIH Image Home Page
Download and documentation for public domain image processing and analysis program developed for the Macintosh, by the National Institute of Mental Health at Bethesda, MD.
http://rsb.info.nih.gov/nih-image/
Retinex Image Processing At NASA Langley Research Center
Provides description and examples for the new non-linear image enhancement technique called the Multi-scale retinex.
http://dragon.larc.nasa.gov/retinex

Extractions: skip to: page content links on this page site navigation footer (site information) Background Team Publications Awards ... Contact News Release Lunar Orbiter Imagery Smoke and Haze Examples Turbidity Examples ... Visual Servo Examples Applications to: From the Imaging Science Effort at NASA Langley Research Center ...making images brighter, sharper, and clearer to look like the world you see. RETINEX: 're-tin-ex, 'ret-nex; noun; (pl) retinexes; from Medieval Latin retina and Latin cortic. Edwin Land coined word for his model of human color vision, combining the retina of the eye and the cerebral cortex of the brain. More specifically defined in image processing as a process that automatically provides visual realism to images. Responsible NASA Official: Glenn Woodell
XRT - Laboratory Scale X-ray Phase-contrast Imaging And Micro CT
Site explaining PCI using an X-ray ultra microscope, with resolution of 150nm, in-air phase contrast radiography systems, and image processing software. Commercialization and technology licenses from X-Ray Technologies, Mulgrave, Victoria, Australia.
http://www.xrt.com.au/

Extractions: skip to content skip to primary navigation skip to secondary navigation XRT leads the world in the practical application of laboratory scale X-ray phase-contrast imaging, micro CT and phase-contrast image processing. Absorption contrast has been the accepted X-ray imaging modality for the last 100 years, recently however phase-contrast has become well recognised as being strong where absorption contrast is weak and It is well known that phase-contrast is particularly useful for X-ray imaging of structures made from weakly absorbing materials. Application areas include:- LIFE SCIENCES: Bone micro-architecture, surgical implants, pharmaceuticals, seeds, insects MICRO-ELECTRONICS: Semiconductor devices, MEMS, IC packaging EARTH SCIENCES: Diamonds and other gemstones, pearls, geo-polymers, porosity in sandstone FOOD TECHNOLOGY: Dairy foams, texture, packaging
Imaging Portfolio - Academics - Department Of Biomedical Engineering - Universit
Imaging Science and Informatics Portfolio Program and Fellowship. Portfolio Program. The overarching theme of this program is to train comprehensive imaging scientists in the
http://www.bme.utexas.edu/academics/imaging_portfolio.cfm

Extractions: /*********************************************** * All Levels Navigational Menu- (c) Dynamic Drive DHTML code library (http://www.dynamicdrive.com) * This notice MUST stay intact for legal use * Visit Dynamic Drive at http://www.dynamicdrive.com/ for full source code ***********************************************/ Sitemap Contact Us Search Home ... Accreditation Imaging Science and Informatics Portfolio Program and Fellowship Portfolio Program The overarching theme of this program is to train "comprehensive imaging scientists" in the skills necessary to identify clinically relevant problems, including developing instrumentation, sensors, and contrast agents to form images appropriate for the problem; and analyzing the resulting imaging data using signal processing, mathematical modeling, visualizations, and informatics techniques to improve the prevention, detection, diagnosis, and treatment of human diseases. This portfolio program is part of a larger training program that includes The University of Texas at Austin, The University of Texas Health Science Center at Houston, The University of Texas MD Anderson Cancer Center, The University of Texas Medical Branch at Galveston, and Brooks City-Base in San Antonio, Texas. The basic requirement to complete this portfolio program is 12 hours of coursework in imaging science at The University of Texas at Austin that provides the requisite core knowledge for an imaging scientist. Additionally, optional coursework, seminars, and research internships are available to students.
Confocal Imaging | LOCI
Explains how the confocal microscope improves getting better focused images than fluorescent light viewing devices. Includes sample photos and a list of applications for this technique.
http://www.loci.wisc.edu/confocal/confocal.html

Extractions: In a conventional epifluorescence microscope, short wavelength light (e.g. blue light when fluorescein being used as the fluorophore) is reflected by a chromatic reflector through the objective and bathes the whole of the specimen in fairly uniform illumination. The chromatic reflector has the property of reflecting short wavelength light and transmitting longer wavelength light. Emitted fluorescent light (e.g. longer wavelength, green light in the case of fluorescein) from the specimen and passes straight through the chromatic reflector to the eyepiece. In a confocal imaging system a single point of excitation light (or sometimes a group of points or a slit) is scanned across the specimen (see animation 1 ). The point is a diffraction limited spot on the specimen and is produced either by imaging an illuminated aperture situated in a conjugate focal plane to the specimen or, more usually, by focusing a parallel laser beam. With only a single point illuminated, the illumination intensity rapidly falls off above and below the plane of focus as the beam converges and diverges, thus reducing excitation of fluorescence for interfering objects situated out of the focal plane being examined. Fluorescent light (i.e. signal) passes back through the dichroic reflector and then passes through a pinhole aperture situated in a conjugate focal plane to the specimen. Any light emanating from regions away from the vicinity of the illuminated point will be blocked by the aperture, thus providing yet further attenuation of out-of focus interference (see
ALTAIR : Lecture De Plaque Minéralogique,
Developer of LPM, a license plate recognition system installed at over 100 sites across Europe. Includes information on the technology and its applications. In French and English.
http://www.altair-vision.com/

Extractions: ALTAIR : lecture de plaque min�ralogique, gestion de parking en passant par la gestion autonome de parcs de stationnement capteurs de comptage et de sur un parking autonome ou dans une configuration multisite. AC_FL_RunContent( 'codebase','http://download.macromedia.com/pub/shockwave/cabs/flash/swflash.cab#version=6,0,0,0','height','210','width','900','pluginspage','http://www.macromedia.com/go/getflashplayer','src','images/altair_accueilFR_liens','quality','best','play','true','movie','images/altair_accueilFR_liens' ); //end AC code NOS ACTIVITES Lecture de plaques d'immatriculation Gestion de parking Capteur de comptage gestion de parking capteurs de comptage sur un parking autonome ou dans une configuration multisite. Voir un exemple
Imaging Science | Facebook
Welcome to the Facebook Community Page about Imaging science, a collection of shared knowledge concerning Imaging science.
http://www.facebook.com/pages/Imaging-science/105505709482594?v=wiki
NESTOR Technologies, NESTOR Technologies -
Provides high technology security and video surveillance products including automatic number plate recognition systems, videosurveillance and image analysis software and 2D and 3D inspection systems. In French and English.
http://www.nestor-tech.com
Imaging Science » Electrical & Computer Engineering » Boston University
Imaging Science. Website Associated faculty Mendillo, Semeter. Affiliated with the Boston University Center for Space Physics, the ISL applies stateof-the-art optical imaging
http://www.bu.edu/ece/research/electro-physics/imaging-science/
License Plate Recognition, Number Plate Recognition, Passport Readers, OCR Reade
Manufactures and sells devices that process images for purposes of security and traffic control, including license plate reading technology for parking and high-velocity traffic applications.
http://www.arhungary.hu/

Extractions: Robust Highly-Durable Devices Our passport OCR reader products are designed to meet the latest demands of travel document reading passport reading visa and ID card OCR reading . We offer a range of products from a uniquely high-resolution, full-page passport scanner (passport capturing and recognition device) to a multiple-row (1-2-3) OCR reader for the MRZ.
Places You Might Work | RIT CIS - Center For Imaging Science
Imaging Science undergraduates receive multiple job offers with high starting salaries (up to the $70k's!). Our placement rate has been at 100% for as many years as we can
http://www.cis.rit.edu/undergraduate/places

Extractions: Information For: Select One... Current Students Prospective Students Undergraduate Students Graduate Students Faculty/Staff Alumni Researchers Educators Home Academic Programs Undergraduate Imaging Science undergraduates receive multiple job offers with high starting salaries ( up to the $70k's! ). Our placement rate has been at for as many years as we can remember - in fact, many undergraduates receive job offers before they even graduate . Our students feel secure knowing that their highly respected Imaging Science degrees are practically a guarantee for a rewarding and fulfilling career after college! Imaging Science graduates are spread all over the companies that you have known for years, and those that you may have never heard of before (but you will). Positions held by our graduates include: Imaging Scientist, Systems Engineer, Imaging Systems Engineer, Color Scientist, and more. As a matter of fact, several surveys ( CNNMoney FOCUS ) rank Systems Engineer as the best job in America The important fact is that our graduates are unique members of these companies, offering a perspective and understanding that those with degrees in the more traditional disciplines may not have. These unique characteristics of our students have made them valued members of companies like
Redirected To New Site...
Israeli developer and manufacturer of the real-time InSignia system, combining image capturing and processing hardware and software. Overview of technology, concepts, and products.
http://www.zamir.co.il
Sales And Use Tax Exemption Certificate Management Software And Services From IS
Specializes in providing quality imaging and conversion services.
http://issimage.com/

Extractions: ISSI provides industry-leading, Sarbanes-Oxley Compliant, SAS70/Level 2 Electronic Certificate Management (ECM) solutions that give you control over your document management governance and processes cost-effectively. Corporations are subject to regulatory compliance challenges, ranging from sales and use tax exemptions to product liability and freight forwarding. Best practice compliance demands processes ensuring transparent management control and oversight from document acquisition. ISSI provides periodic document review and electronic certificate management culminating with strong audit defense capabilities or proof of compliance with our solutions. TEAMS and LineLink , securely automate the management of regulatory document sets, from collection through sufficiency review, as well as audit response and defense. Our framework and experience helps corporations define and enforce appropriate rule sets that govern the management of your specific regulatory documents, ensuring that they are current, complete, and correct - before the auditor calls.
Perceptics Imaging Technology Solutions
Imaging technology and pattern recognition company offering license plate recognition, cargo tracking, digital data storage, and machine vision automation systems.
http://www.perceptics.com/

Extractions: Business Development Manager + LEARN MORE Machine Vision Image Processing Engineer Design and develop machine vision systems, both hardware and software, for specific customer applications and provide excellent customer support for those systems. + LEARN MORE Electronic Toll Road Business Unit Manager Lead development of business plan for Electronic Toll Road market segment. Define customer needs, working with sales team (sales team calls on customers in all Perceptics segments; business unit manager is only concerned with customers within his/her focused market segment). + LEARN MORE Senior Image Processing Engineer + LEARN MORE
ISS: Cassini's High Resolution Imaging Science Camera System
Information about the Imaging Science Subsystem the two powerful telescopic cameras onboard Cassini.
http://ciclops.org/iss/iss.php

Extractions: var baseurl = "http://www.ciclops.org/"; Imaging Science Subsystem (ISS) The Cassini Imaging Science System was specifically designed for exploring the Saturn system, and includes spectral filters and imaging capabilities for a multitude of scientific objectives, including capturing lightning, investigating the three dimensional cloud structure and meteorology of the Saturn and Titan atmospheres, imaging the surfaces of its many icy satellites, determining the composition and structure of its enormous ring system, and peering through the hazy Titan atmosphere down its still unexplored surface. The ISS consists of two framing cameras. The narrow angle camera is a reflecting telescope with a focal length of 2000 mm and a field of view of 0.35 degrees. The wide angle camera is a refractor with a focal length of 200 mm and a field of view of 3.5 degrees. Each camera is outfitted with a large number of spectral filters which, taken together, span the electromagnetic spectrum from 2000 Angstroms to 1.1 microns. At the heart of each camera is a charged coupled device (CCD) detector consisting of a 1024 square array of pixels, each 12 microns on a side. The data system allows many options for data collection, including choices for on-chip summing and data compression.

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