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Cognition Language And Space

Finally, the last two chapters of this book are the most demanding, and attempt to use spatial concepts and constructs to illuminate aspects of information science. Though the focus in each of the two chapters is different, they are both concerned with fundamental domain problems that can be addressed in spatial terms. Daranyi and Wittek, and Warner explore ways in which language and computation (or meaning and form) intersect, and how coding and decoding work across these different modes. The argument in both chapters is developed in spatial terms. This is a core issue in information science, a domain, according to Warner, that faces both the technical world of bytes and data compression and the social world of language and meaning, and, equally significantly requiring understanding from the human and discursive as well as the mathematical and computational sciences. A second issue is how to characterise information, or the process of informing. Daranyi and Wittek base their...

Finding It on the

One option is the search engines that keep track of Web sites everywhere. Some of the best include AltaVista (http altavista. com), Infoseek (http www.infoseek.com), and Lycos (http www. lycos.com). These sites keep track of tens of millions of Web sites around the world, so when you conduct a search using one of these search engines, keep your search terms as specific as possible to limit the number of sites it finds. You can do a search on just astronomy and discover the search engine has found hundreds of

Q3 The Lunar Human Repository Architecture

An alternative architecture for data handling and distribution would be possible by hooking up the lunar facility to a few World Wide Web nodes so that users might access this site as they would any other, using ordinary browsers and search engines. The line-of-sight constraint is eliminated for round-the-clock access. The penalty to be paid in this configuration are the data rate limitations imposed by terrestrial links. However, it is possible to imagine a hybrid architecture allowing users to access the lunar repository in many ways.

Fast Cluster Analysis

This algorithm was the basis for clustering the web in the context of the Altavista search engine (Broder et al., 1997). A feature vector is determined for each HTML document considered, based on sequences of words. Similarity between documents is based on an inverted list. The similarity graph is thresholded, and components sought. Broder (1998) solves the same clustering objective using a thresholding and overlapping clustering method similar to the Salton and McGill one. The application described is that of clustering the Altavista repository in April 1996, consisting of 30 million HTML and text documents, comprising 150 GBytes of data. The number of serviceable clusters found was 1.5 million, containing 7 million documents. Processing time was about 10.5 days. An analysis of the clustering algorithm used is in (Borodin et al., 1999).

Journals Magazines and Internet Resources

The print and electronic resources briefly described in this chapter range from professional journals to popular magazines to a few Internet-based resources. A recent search of the Internet with the keyword astronomy resulted in over 1 million hits, so the small number of Internet resources listed in this chapter is clearly the tip of the iceberg. If there are specific topics that you need to explore on the Internet, then you should use your favorite search engine and type in the appropriate keywords. In addition, many of the magazines described in this chapter have well-constructed Web sites that have astronomy resource lists of their own (see, for example, http www.astronomy.com home.asp, the Web site of Astronomy magazine). (For the associated Web sites for all the listed journals, as well as for many others, see the University of Maine Astronomy Journal Summary Internet site at There are also a large number of teaching resources available on the Internet and also available...

Predicting The Atmo Calms

Fortunately, via the Internet, various companies publish jet stream weather forecasts, principally for aviators. Many of these forecasts originate from data compiled at the U.S. National Center for Atmospheric Prediction (NCAP), and predictions are issued twice daily for sites all around the world. Any Internet search engine should be able to find a site predicting jet stream activity for your location without too much trouble. Such forecasts can save the planetary observer a lot of wasted effort. The Unisys Aviation pages (currently located at http weather.unisys.com aviation) are the best pages currently on the web for studying the wind speeds at various atmospheric heights all over the Earth's surface (see Figure 3.1). The 300-mb pressure pages are the ones that the planetary imager should study in detail, and that altitude is not covered by TV weather forecasters. Obviously, one is looking for the jet stream equivalent of a lower atmosphere high pressure system centered on the...

Web Sites

Relevant information can be found on the World Wide Web (www). However, the www does not provide a stable source of information comparable to a published document archived in a library. The following list of www sites was valid just prior to the publication date of this book, but some may no longer be functional. Use of readily available search engines on the www may be useful in locating replacement or new sites.

Results

The number density of our survey is 21.4 galaxies deg-2, the one from the AHISS is 0.92 galaxies deg-2 (or 3 galaxies deg-2 if restricting the area to the one the main beam covered). All detected objects from the AHISS were found in our survey by our automated search algorithms. By comparing the number densities, one can see that our number density is 23.2 times as high as the one from the AHISS. (7.1 times by a comparison restricted to the main beam area). These differences are the result of the stronger selection effects for Hi surveys in respect to optical surveys. The small search volume and the flux limit of the AHISS account for the major part of the differences between the number densities. If one extends the search volume by using better correlators, the problem of beam-filling and flux limitation becomes worse. Another selection effect is likely caused by the ionization of the neutral gas for column densities below 1019 5 cm-2 due to extragalactic UV...

Surface

A paradigm for a sequence, such as stood for, could be deliberately constructed. Mental representations and associations in individual memory, recognizing that these representations are historically and socially constructed, dictionaries, and collections of syntagms that could be derived from documents covered by Internet search engines, could all be used to construct the paradigm. For instance, an incomplete flexional paradigm, stood for - stand for - standing for, can be constructed from mental representations The need to draw on external sources to construct the paradigm, particularly as a network of associations, implies that an incomplete mental representation of it may have been held, on the semantic rather than grammatical level, possibly due to thinking of language as a nomenclature, with a single, or highly restricted, number of senses belonging to a word (Saussure, 1916 1983, p. 65). Constructing the paradigm from syntag-matic occurrences confirms the existence of the...

Data and Information

To illustrate the quantitative and qualitative sea-change which our computing infrastructure is undergoing let us look at the issue of scalability. Our algorithms and software systems must be stable, robust over a wide range of scales in (storage) space and (computational) time. The well-known Internet search engine, Google, is reputed to use some 5000 CPUs, and Hotmail 8000. Massive data sets, and clever signal filtering and information fusion algorithms, are needed for example to find very distant objects which tell the story of the early Universe (the record in June 2001 is a quasar at redshift 6.2 derived from the processed data of the Sloan Digital Sky Survey - an appropriate illustration of the virtual observatory at work). Industrial tendencies are exemplified by the growth in web server farms, with real estate rented by the square meter, and caching and geolocation infrastructure to speed up data delivery. In networking the OSI (International Organisation for Standardization)...

CCD reading list

This appendix provides a reading list covering the aspects of CCD development, research, and astronomical usage. There are so many articles, books, and journal papers covering the innumerable aspects of information on CCDs that the material presented in a book this size or any size can only cover a small fraction of the details of such work. Even the list presented here does not cover all aspects of interest concerning the use of CCDs in astronomy, but it does provide a very good starting point. The growth of information on CCDs has risen sharply over the past ten years and will, no doubt, continue to do so. Thus the student of CCD science must constantly try to keep up with the latest developments both in astronomy and within the field of opto-electronics, both areas where progesss is being made. The internet is a powerful tool to help in this pursuit. Using a good search engine (e.g. Google) type in items such as deep depletion, or L3CCD, or MIT LL and you'll get back many items of...

Astro Web

AstroWeb, a listing ofresources freely available on the Internet, contains its own search engine. The site includes resources listed under the following broad categories Observing Resources Data Resources Publication-related Resources, People-related Resources, Organizations, Software Resources, Research areas of Astronomy, Lists of Astronomy Resources, and Astronomical Imagery. Especially helpful are the mirror sites, which are updated daily, while dead links are removed regularly.

Synthesis

Anybody with access to the Internet may get information on solar-terrestrial relationships through the various search engines.1 It is probable that most readers have access to a personal computer, and using computers in learning should not be restricted to professional scientists. One criterion of science'' is that results must be

The Lunar Sourcebook

It is hard to think of things you cannot get on the Internet. Certainly information and images about the Moon are in plentiful supply. Many (most ) amateur astronomers clubs and societies have their own sites and it is easy to gain access to professional information and images - both from the space missions as well as Earth-based observations. Web-site addresses tend to be ephemeral, so it is a good idea to make a start by looking in publications such as the latest issues of the Journal of the British Astronomical Association, the Handbook of the British Astronomical Association, and in Sky & Telescope and other magazines for web-site addresses. Of course, you can make use of the various search engines available - but do avoid typing in

Fork Mountwedge

The ork mount wedge requires alignment to work properly. The RA axis (the axis of the right-ascension bearing) must point precisely at the north celestial pole. A slight misalignment will result in improper tracking, especially over long periods of time. To ensure that the alignment is correct, the wedge is adjustable. You should determine your latitude down to the minute of arc. (There are several Web sites that can provide you with this information if you live in a town of at least medium size. Because the Web page locations change constantly, the best way to find them is to enter the phrase latitude and longitude into a well-known search engine such as google.com.)

Astro Planner

Data, tons of it, ain't worth a hoot if it's hard to access. AstroPlanner makes searching for dim and obscure objects easy with a powerful but simple search engine. Not only can you search for NGC 2024, if you can't remember the darned NGC number you can just type in Flame Nebula, and AP will still find the object pretty as you please. Like Deepsky, AstroPlanner is very image-centric and is capable of displaying photographs for any object in its library. Unlike Deepsky, it doesn't do that with a CD or DVD, but with an Internet connection, downloading pictures for observing lists in batches from the Digitized Sky Survey. What if there's no Internet access at the star party Download the pictures before leaving home. Unless it's told not to, AP will cache downloaded photos so they are available from then on.

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