Geometry.Net - Science: Imaging Science

2003 NPSS Young Investigator Medical Imaging Science Award
in oddnumbered years to a young investigator in recognition of significant andinnovative technical contributions to the field of medical imaging science.
http://www.nss-mic.org/2002Mting/YIAward2003.html
Voyager Imaging Science Subsystem
Voyager imaging science Subsystem (ISS). The Voyager 1 and 2 spacecraftseach carried two cameras, wideangle and narrow-angle. An
http://ringmaster.arc.nasa.gov/voyager/hardware/iss/iss.html

Extractions: The Voyager 1 and 2 spacecrafts each carried two cameras, wide-angle and narrow-angle. An index to the complete technical description of each camera is provided here. Click here to see the PDS-formatted version of this file. Click here to see the PDS-formatted version of this file. Click here to see the PDS-formatted version of this file. Click here to see the PDS-formatted version of this file. [Spacecraft Description] [Voyager Mission] [Rings Node Home] Last updated Feb-19-1997
Welcome To The Imaging Science InfoServer
InfoServer. IS, Welcome to the imaging science InfoServer.
http://www.wmin.ac.uk/itrg/IS/

Extractions: Digital and Photographic Imaging Science course and the postgraduate students in Digital Imaging Science at the University of Westminster. Much of the information displayed within the InfoServer is in Adobe Acrobat Portable Document Format (PDF) . You must have Acrobat Reader installed to view these files. The reader is free and is available from Adobe via this link Introduction Staff Publications ... The University of Westminster
First SIAM Conference On Life Sciences
Held jointly with the SIAM Conference on imaging science (2224). Boston, MA, USA; 2426 September 2001.
http://www.siam.org/meetings/ls01/
MTU Physics Graduate Ad: RA In Hyperspectral Imaging Science
Financial Aid Stipend Information. Physics, Doctoral Program in Physics. MichiganTechnological University. Research Assistantships. Hyperspectral imaging science.
http://www.phy.mtu.edu/GRAD_AD/rafert_ad.html

Extractions: Stipend Information Hyperspectral Imaging Science Applications are invited for up to three Graduate Research Assistantships for students to work in the MTU Hyperspectral Imaging laboratory and to pursue PhD thesis research under the supervision of Dr. J. Bruce Rafert, on studies involving both hyperspectral instrumentation and hyperspectral data exploitation. Successful applicants will posses a strong background in physics, mathematics, optical system design and/or signal processing. A strong interest in hyperspectral imaging and remote sensing is required. Experience with IDL, ENVI, IRAF, data reduction, and/or analysis of imaging and spectroscopic data is desirable. A stipend of $15,000-$19,000 per year (depending on qualifications) is provided as well as full tuition and fee support. Students from both U.S. and foreign universities are eligible to apply. Applications ( http://www.admin.mtu.edu/rgs/graduate/apply.html
Imaging Science Foundation Reference DVD Citation Program
imaging science Foundation Reference DVD Citation Program. Last Update. The ImagingScience Foundation (ISF) has established a DVD citation program.
http://www.filmsondisc.com/ISF_Reference_DVD_Program.htm

Extractions: Imaging Science Foundation Reference DVD Citation Program Last Update The Imaging Science Foundation (ISF) has established a DVD citation program. ISF selects reference quality DVDs for citation by ISF in their print media advertisements. Currently, ISF runs ads in Stereophile Guide to Home Theater, Home Theater Magazine, The Robb Report, and Audio-Video Interiors. The ISF Reference DVD Selection program attempts to promote the highest quality standards for DVD production. We hope that ISF citation will contribute to public awareness of the differences in DVD production. ISF is very influential in the set-up of display devices at various professional and consumer home theater shows. Often selection of display material is recommended to manufacturers by ISF. ISF is dedicated to improving display standards through education of professionals and consumers. ISF conducts private seminars and product evaluations. Clients include Bose, Electrohome, Faroudja, Hughes/JVC, Krell, Marantz, Mitsubishi, Panasonic, Philips, Runco, Sharp, Texas Instruments, Toshiba, Yamaha, and others. Participating ISF ad coop dealers display selected ISF Reference DVDs in their showrooms as examples of reference quality DVD production. ISF dealers are amongst the most highly respected home theater stores in the country. We hope that by displaying the best possible images on their showroom display devices, consumers will understand the importance of DVD quality and support the studios when they produce fine examples of the best of DVD reproduction.
ISS - Imaging Science Investigation
ISS imaging science INVESTIGATION. 1993. RG Strom, and VE Suomi, Encounter withSaturn Voyager 1 imaging science Results, Science, Vol. 212, p. 163, 1981.
http://vraptor.jpl.nasa.gov/voyager/BIBLIO/ISS_Voyager_Pubs.html
Postdoctoral/Research Faculty Positions In Imaging Science
Postdoctoral/Research Faculty positions in imaging science VanderbiltUniversity Institute of imaging science, Nashville, TN, USA.
http://www.ismrm.org/jobs/j02266.htm

Extractions: [1] several Postdoctoral fellowships (2 yrs) are available for suitably qualified individuals in the development and application of NMR to a range of questions relevant to cancer, neuroscience and cardiovascular imaging, in small animals and human studies. Areas of interest include relaxation, perfusion and diffusion in tissues; diffusion tensor imaging and fiber tracking in brain; physiology relevant to BOLD imaging; development of in vivo MRS and MRI in transgenic mouse models; studies of tumor development and response; and studies of novel contrast agents. ( Other areas of application are also of interest. ) These research areas and others will be supported by three small animal NMR scanners/spectrometers (4.7T/310, 7T/160, 9.4T/210), as well as 3T (currently) and 7T (future) research-dedicated human MRI systems. [2] a Postdoctoral / research faculty position is available for a suitably qualified individual to develop and support applications of micro-PET and pinhole gamma imaging in mouse and rat models, especially related to cancer imaging. This is a new facility that will interface with other imaging modalities (MRI, CT, optical) and we are seeking an imaging specialist to develop research collaborations using PET with interested users.
Director Of Chester F. Carlson Center For Imaging Science
Director of Chester F. Carlson Center for imaging science Rochester Instituteof Technology, Rochester, NY, USA The Rochester Institute
http://www.ismrm.org/jobs/j02133.htm

Extractions: Rochester Institute of Technology, Rochester, NY, USA The Rochester Institute of Technology invites applications for the position of Director of the Chester F. Carlson Center for Imaging Science (CIS). CIS is an interdisciplinary academic unit within the College of Science that offers programs leading to BS, MS and Ph.D. degrees in Imaging Science and an MS in Color Science. The Center is involved in basic and applied research in sciences that use imaging methods, and in the development of associated instrumentation, algorithms, and techniques. Areas of research interest in the CIS include astronomy, remote sensing, color science, medical imaging and aspects of digital image capture, output, and analysis. These activities are supported by sources in government, at foundations, and in industry. The Director is the Chief Administrative Officer of CIS and reports directly to the Dean of the College of Science. The Director has responsibilities for the smooth operation of the degree programs, student recruitment, support of the research initiatives in CIS, fiscal planning and budgeting, strategic planning, developing new collective funding opportunities, and external partnerships, including the Industrial Associates program.
Wash. U. EE - Imaging Science And Engineering
imaging science and Engineering. The imaging science and Engineering Program providesa pathway for students to learn about and participate in these activities.
http://ee.wustl.edu/academic/programs/13.imgSci_Eng.html

Extractions: Imaging Science and Engineering Students in this program receive training in the broad set of principles and tools required to interact effectively with image data at all levels: physical mechanisms by which image data are produced, image-acquisition technology, computer processing of image data, mathematical methods used in imaging, as well as storage, transmission, presentation, and interpretation of images. The many diverse applications at Washington University of imaging technology provide the basis upon which this program gains its strengths. Imaging for the biological sciences, medical research, and clinical applications is a major area of activity. Washington University pioneered the development of systems for imaging positron- emitting radionuclides and remains at the forefront in radiological imaging. Washington University is the site of a major archive for earth and planetary imagery. Remote sensing via imaging radar systems continues as an important activity at Washington University. These and many more imaging activities span the Washington University campus, encompassing both the Hilltop and Medical School campuses and several departments and divisions of the University. The Imaging
Multidimensional Image Processing Lab
Spans many areas in the general field of imaging science digital image processing, computer vision, scientific visualization, and virtual reality. Particularly driven by problems in highresolution 3D medical image processing.
http://cobb.ee.psu.edu/
Workshop On Propagation And Imaging Science Homepage
WORKSHOP ON PROPAGATION AND imaging science University of Adelaide, 89 December,1997 Sponsored by DSTO Australia To be held in conjunction with the 11th
http://www.physics.adelaide.edu.au/itp/workshops/prop/ws-hom~1.htm

Extractions: Researchers active in the field of light propagation and imaging science are invited to participate in this workshop, which will be held immediately before the 11th Biennial AOS Conference. Both oral and poster papers are invited, covering experimental activity, theory and modelling, and applications. Contributors are also invited to consider presenting written versions of their papers for publication in a special 11th AOS conference issue of the UK journal Optical and Quantum Electronics, which is scheduled to appear in 1998. All manuscripts, which should be prepared in advance and presented at the workshop venue, will be reviewed by two external referees Organising Committee: Prof Jesper Munch (University of Adelaide), Dr John Hermann (DSTO, ESRL), Dr Garry Newsam (DSTO,ESRL), Dr Michael Brennan (DSTO,ESRL) Topics suitable for this workshop include but are not restricted to: multiple scattering, radiative transfer in optical media, coherence, atmospheric turbulence and scintillation, speckle, laser radar/lidar, optical hazard analysis, aberration corrections, adaptive optics, propagation aspects of remote sensing
RIT Center For Imaging Science Industrial Associates Meeting
RIT Center for imaging science Industrial Associates Meeting. 23 October1995. Keynote Address. Mr. Jeffrey K. Harris Former Assistant
http://www.nro.gov/speeches/ritsp.htm

Extractions: Former Director of the National Reconnaissance Office I appreciate the opportunity to return to the Rochester Institute of Technology to address the Industrial Associates of the Center for Imaging Science. The Photographic Science program here at RIT was a wonderful experience that provided me with the educational background for a very successful career in imaging and information systems. I welcome the opportunity to provide you with some of the insights I have gained in the areas of space systems, information systems, and technology in the 20 years since I graduated. During my career in the government as a development manager of space systems for national security, I have had the distinct privilege to help focus leading edge technologies on the toughest engineering challenges. Challenges that are many times driven by people's insatiable need for informationinformation that will allow them to make timely, informed decisions. Time is money and information saves time. The technologies that we are developing will serve as the basis for cost-effective, mission-effective solutions to the myriad of challenges we face. The development of key technologies will be necessary to help meet our ever-increasing needs these technologies will allow us to address those needs in a cost-effective manner.
Afdeling Imaging Science & Technology - Faculteit Technische Natuurwetenschappen
http://www.ist.tudelft.nl/
Department Imaging Science & Technology - Applied Sciences - Delft University Of
http://www.ist.tudelft.nl/uk_default.html
UTEP Imaging Science Laboratory
imaging science Laboratory. A member Institution of the Center forimaging science. Faculty Dr. Sergio Cabrera; Dr. David H. Williams.
http://www.ece.utep.edu/research/Imaging/
The Sencore Sponsored Imaging Science Foundation And Home Acoustics Alliance 4-D
Sencore Corporation Presents The imaging science Foundation and HomeAcoustics Alliance 4Day Training and Certification Seminar.
http://www.laaudiofile.com/isf.html

Extractions: 4-Day Training and Certification Seminar The Sencore sponsored 4-day training seminar was held on February 22nd through February 25th, 2001 at the Volutone facility located in Cerritos, California. The seminar included 2 days of ISF training and 2 days of HAA training. Attendees received a vast amount of knowledge in the area of video setup and calibration as well as acoustic theory and practical applications. The seminar included hands-on experience with some of the latest Sencore test equipment. The Sencore CP288 Color Analyzer and VP300 Multimedia Generator were used during the ISF training. The SP295 Audio Analyzer was used for acoustical analysis during the HAA training. After spending hours with the Sencore equipment during and after the seminar, one thing became clear to me. My own home theater could really benefit from these tools. It's only been a few weeks since ISF posted me as a certified calibration technician at their website, and I've already received phone calls from users asking me to calibrate their displays. Obviously, the equipment is not cheap, yet installers and those interested in calibrating displays and/or setting up sound systems can really profit from this growing industry once they become certified. Sencore has their brochure for the 4-day seminar here along with information to sign-up.
Mathematics And Computation In Imaging Science And Information Processing
Mathematics and Computation in imaging science and Information Processing. NameMathematics and Computation in imaging science and Information Processing.
http://www.ams.org/mathcal/info/2003_jul1-dec31_singapore.html

Extractions: Month: July 2003 Date: July 1December 31 Name: Mathematics and Computation in Imaging Science and Information Processing Location: Institute for Mathematical Sciences (IMS), National University of Singapore, Singapore. The objective of the program is to conduct multidisciplinary studies involving mathematical perspectives and the foundation of imaging science and information processing. Two main themes are ideal data representations and computational methods in imaging science. In conjunction with the program, two international conferences: (1) Wavelet Theory and Applications: New Directions and Challenges (July 14-18, 2003) and (2)Numerical Methods in Imaging Science and Information Processing (December 15-19, 2003), as well as several workshops and tutorials, will be held. Detailed information on the program can be found on the IMS official website at http://www.ims.nus.edu.sg/ The complete list of participants who will be visiting the IMS is given on our website, or see individual conference listings in this calendar. Registration forms for the conferences/workshops/
Numerical Methods In Imaging Science And Information Processing
Numerical Methods in imaging science and Information Processing. Month December2003 Name Numerical Methods in imaging science and Information Processing.
http://www.ams.org/mathcal/info/2003_dec15-19_singapore.html

Extractions: Month: December 2003 Date: December 1519 Name: Numerical Methods in Imaging Science and Information Processing Location: Institute for Mathematical Sciences, National University of Singapore, Singapore. R. Chan (Chinese Univ. of Hong Kong, China), S. S. Goh (National Univ. of Singapore), Z. Shen (National Univ. of Singapore), C.-W. Shu (Brown Univ.). Registration forms are available at http://www.ims.nus.edu.sg/Programs/imgsci/numerical.htm and should be received at least one month before the conference. For general enquiries, send email to ims@nus.edu.sg , while for enquiries on academic matters, send email to S. S. Goh at matgohss@nus.edu.sg Abstracts for 15-minute contributed talks are welcomed and should be received by November 14, 2003. Please submit abstracts to S. S. Goh at matgohss@nus.edu.sg . Authors will be notified within one month of submission of the abstracts.
Tokyo Institute Of Technology Imaging Science & Engineering Lab. (Ohyama Group)
Tokyo Institute of Technology. imaging science and Engineering Laboratory Ohyama/ Yamaguchi Group. Japanese Version is Here, Created 6/19/97 By M. Yamaguchi.
http://www.isl.titech.ac.jp/~yamalab/index-e.html

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