Further advances in chemical information
著者
書誌事項
Further advances in chemical information
（Special publication / Royal Society of Chemistry, no. 142）
Royal Society of Chemistry, c1994
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注記
"The Proceedings of the Montreux International Chemical Information Conference, held at Annecy, France, 18-20 October 1993"--T.p. verso
Includes index
内容説明・目次
内容説明
This book is the latest volume in an annual series reflecting on current advances in chemical information. It serves to spotlight what is happening now in the broad area encompassed by this subject, enabling us to witness changes as they occur, to observe new applications of new technology, and to monitor the interaction between general trading economics and the advanced information sector. Further Advances in Chemical Information covers a number of interesting themes that reflect the somewhat uncertain times now facing both the information industry and its customers in the chemical and pharmaceutical industries. Topics covered this year include a comparison of different services in the 2-D and 3-D search and modelling areas, rapid developments in in-house systems, and neural network applications in chemistry. The series is now also well known for its technical and research papers. Further Advances in Chemical Information is up to date, international in scope, and forms a bridge between industry and academia. It is essential reading for information scientists and patent agents worldwide.
目次
Chemical Abstracts Service: vista for the 1990s, Robert J. Massie. The chemical information flow into and out of Japan, Hideaki Chihara. Gazing into the future of chemical information activities, Stephen R. Heller. Data design issues in creating electronic products for primary chemical information, Lorrin R. Garson. Access, integration, and inter-operability: the MDL approach to in-house 2D/3D searching, spreadsheets, and QSAR, Phil McHale. Chem-X: the less expensive alternative, Keith Davies and Roger Upton. A distributed chemical information database system, David Weininger. The Molecular Spreadsheet as a focal point for a drug discovery strategy, Tad Hurst and Scott DePriest. Infobit Retrieval: assessing the correct delivery technologies for chemical information, Randall Marcinko. Today's information, tomorrow's technology, Elizabeth M. Hearle. A market-driven approach to US patent data, Geoffrey Trotter. Counter-propagation learning strategy in neural networks and its application in chemistry, Jure Zupan and Marjana Novic. Reaction type informetrics of chemical reaction databases: how large is chemistry?, Bernhard Rohde. Learning about synthetic methods in organic chemistry: the GRAMS project, Ph. Jauffret, Th. Hanser, J.F. Marchaland and G. Kaufmann. Neural networks: a new computational paradigm with applications in chemistry, David W. Elrod and Gerald M. Maggiora. Changes in the demand for information in the chemical industry, Wolfgang T. Donner. The survival of the Technical Information Centre in the 1990s: deductions from a recent survey, Monica Pronin. Searching chemical information in the EPO: an overview of current methodologies and a discussion of future developments, John Brennan.
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