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This book collects 63 revised, full-papers contributed to a research project on the "General Theory of Information Transfer and Combinatorics" that was hosted from 2001-2004 at the Center for Interdisciplinary Research (ZIF) of Bielefeld University and several incorporated meetings. Topics covered include probabilistic models, cryptology, pseudo random sequences, quantum models, pattern discovery, language evolution, and network coding.
This book explains the rapidly changing, complex flow of information in the context of 21st-century culture, policy, technology, and economics—an essential resource for librarians and information specialists in all types of settings. The role of information professionals today is to interact creatively with clientele: to help them navigate the information infrastructure. Shattering the concept of the library as a place, Evolving Global Information Infrastructure and Information Transfer describes "the library" as transformed to a dynamic virtual presence in the information infrastructure, where people are the most important resources in a digital library or information center—not the collections. Instead of focusing on specific technologies, which are always changing, this book examines the "big picture" of how information is created, recorded, mass produced, distributed, and utilized in society. This unique approach enables readers to better understand how they fit into this changing world, to envision their place in the digital age, and to assume a leadership role that ensures the success of their clients as well as themselves. This standout work is ideally suited for all types of librarians, educators, information workers, members of the research community, and policymakers in public and private sector organizations.
It was Faraday who in 1821 said that there are three necessary stages of useful research. The first to begin it, the second to· end it, and the third 1 to publish it. There has since indeed been so much research and publication that we have become increasingly alarmed by the galloping proliferation of scientific information produced in relation to the user's ability to retrieve and consume it effectively, conveniently and creatively. In 1948, to deal with this concern, the Royal Society Scientific Infor 1 mation Conference held in London spanned the whole realm of scientific in formation. Sir Robert Robinson, President of the Royal Society, in his open ing address noted that "the study of scientific information services in all its ramifications has enormous scope", and the London conference dealt with scientific publication, format, editorial policy, subject grouping, organiza tion, abstracting, reviews, classification, indexing and training of infor mation officers. It was about this time that information science began to develop more on the retrieval end, so it seems logical that the first editors' group founded in 1949 was ICSU AB, the International Council of Scientific Unions Abstract ing Board. In 1958 the National Academy of Sciences International Conference of 2 Scientific Information in Washington limited its interests and expanded on the later phases of the life cycle of information - storage and retrieval.
"Networks of small stream (less than 50 sq. mi.) gages have been operated by the U.S. Geological Survey throughout the country for a number of years to supplement flood information already available for large streams. The goal in operation of these networks has been to obtain sufficient data for estimating flood frequency at ungaged sites with the equivalent accuracy expected from 10 years of observed flood records. Most networks have accumulated sufficient data to satisfy these accuracy requirements. A review of these data, looking toward possible reduction of the number of gages in these networks, is now timely."--Technical report documentation page
One of the characteristics of the final decade of this century is the treatment of information as a commodity. As the world becomes increasingly dominated by information and its technology, in all its facets, librarians must learn to integrate all the new developments into daily practice. 'It is to the extent to which we shall succeed in developing powerful information networks through efficient information transfer that we shall succeed in contributing to the betterment of health throughout our nations'. It is this challenge which medical librarians from some 34 countries set for themselves in convening the Third European Conference of Medical Libraries in Montpellier, France, in September 1992. All aspects of medical information were addressed - the technical aspects of transfer, ethical and legal issues, costs, benefits, rights and responsibilities, quality assurance, guidance systems, communications technology, education and training both of information professionals and end-users were discussed and debated in depth in Montpellier. This volume presents an accurate account of a conference which has made a significant contribution to the development of medical librarianship in Europe and the wider world.
Available online: https://pub.norden.org/temanord2022-549/ This new Nordic report aims to feed into discussions related to indicators for the envisaged global target on improved chemical information throughout the textile value chain. It provides input from stakeholders in the textile industry and the study gives two suggestions for possible indicators to be developed. Textile companies commonly make use of Restricted Substance Lists, RSLs to collect chemical information. Use of commonly agreed RSLs of a similar scope could be used to indicate increases in chemical information flow as they require a certain amount of information to be complied. A second indicator could be measuring the amount/share/percentage of a company’s production for which there is transparency or traceability when it comes to chemical content. This information would have the potential to provide textile recyclers with useful information.