PubMed · 5838763
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T B Roby, C R Budrose. 1965. Pattern recognition in groups: laboratory and simulation studies.. https://doi.org/10.1037/h0022732
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Although computerised information technology, including the Internet is broadly used and globally accessible it is still not a significant form of professional communications in diagnostic histopathology. The high cost of interactive dynamic telepathology systems makes their use limited outside the richest economies. In contrast static telepathology systems are relatively cheap but in practice their information content can be heavily biased by the choice of images sent by the consulting pathologist. The degree of this bias may be regarded simply as the amount of information transferred to a remote location expressed as a percentage of the total information present in the histological sample. We refer to this as the percentage of explicit versus implicit information. Another major source of bias may be found in the information transmitted in written or verbal discussion with a remote consultant. We have developed a system of static telepathology, the image pyramid, which attempts to minimise bias by transferring all of the information in a section to the consultant. It is inexpensive and should prove to be widely accessible.
UNLABELLED: With the ever-increasing demand for biopolymer mass spectrometry, specialized software is needed to both predict and process mass spectrometric data. With massXpert, we present a proteomics-oriented program mainly concerned with protein physico-chemistry and protein/peptide mass spectra simulations. AVAILABILITY: The massXpert program is free for academic and commercial use at http://frl.lptc.u-bordeaux.fr. SUPPLEMENTARY INFORMATION: The http://frl.lptc.u-bordeaux.frsite contains a tutorial for online perusal or download.
The World-Wide Web is a powerful medium for disseminating radiation information in a readily and universally retrievable manner. Ambient monitoring of radiation measurements at a New York City location (Jacobi Hospital, Bronx, NY 10461), with automated publication of the data on the Web, has been ongoing since 1998. Several times daily, specialized communications software automatically retrieves the data by modem to a central base computer from where it is uploaded to an Internet-accessible Web page. The data are then accessible by standard Internet Web browser at the address www.aw-el.com/nyc/. This automated acquisition and display system has run with uninterrupted operation and minimal operator intervention for over 3 years. As the Internet becomes a ubiquitous conduit for information transmittal, the Web can serve as an effective means of display for radiation data, with relevance to many health physics applications discussed herein.