Impact of Advances in Computing and Communications Technologies on Chemical Science and Technology

Impact of Advances in Computing and Communications Technologies on Chemical Science and Technology

Report of a Workshop

  • Publisher: National Academies Press
  • ISBN: 9780309065771
  • eISBN Pdf: 9780309597074
  • eISBN Epub: 9780309184021
  • Place of publication:  United States
  • Year of digital publication: 1999
  • Month: August
  • Pages: 236
  • DDC: 510
  • Language: English

The Chemical Sciences Roundtable provides a forum for discussing chemically related issues affecting government, industry and government. The goal is to strengthen the chemical sciences by foster communication among all the important stakeholders. At a recent Roundtable meeting, information technology was identified as an issue of increasing importance to all sectors of the chemical enterprise. This book is the result of a workshop convened to explore this topic.

  • Impact of Advances in Computing and Communications Technologies on Chemical Science and Technology
  • Copyright
  • Preface
  • Acknowledgment of Reviewers
  • Contents
  • Summary
    • WHITHER COMPUTING AND COMMUNICATIONS TECHNOLOGIES IN CHEMICAL SCIENCE AND TECHNOLOGY?
    • COMPUTATIONAL MODELING AND SIMULATION IN CHEMICAL SCIENCE AND TECHNOLOGY
    • REMOTE COLLABORATION AND INSTRUMENTS ONLINE
    • CHEMICAL INFORMATION ONLINE
  • 1 The Accelerated Strategic Computing Initiative
    • ASCI'S NEED FOR ADVANCED SIMULATION CAPABILITY
      • The Challenges
      • Where Are We Now?
      • Accelerating Technology Developments
      • Simulation Development Environment
    • THE CHALLENGES AHEAD
      • Archival Storage Systems and Data Management
      • Input/Output
      • Networks
      • Data Analysis and Visualization
      • Scientific Simulation Software
      • Computer Systems Software
    • THE ASCI ALLIANCES
    • ASCI'S CONTRIBUTIONS TO THE GREATER SCIENCE COMMUNITY
    • SUMMARY
    • DISCUSSION
  • 2 Software Development for Computational Chemistry: Does Anything Remain to Be Done?
    • DISCUSSION
  • 3 Recent Advances in Computational Thermochemistry and Challenges for the Future
    • INTRODUCTION
    • CURRENT STATE OF THE ART IN COMPUTATIONAL THERMOCHEMISTRY
    • GAUSSIAN-N THEORY
    • FUTURE OUTLOOK
    • SUMMARY
    • DISCUSSION
  • Session 1 Panel Discussion
    • 4 The Role of Computational Biology in the Genomics Revolution
      • ABSTRACT
      • INTRODUCTION
      • PREDICTION OF PROTEIN STRUCTURE FROM SEQUENCE
        • Description of Ab Initio Protein Folding Methodology
        • Validation on Proteins of Known Structure
        • Blind Predictions
      • STRUCTURE TO FUNCTION
        • Limitations of Sequence-based Methods
        • Similarity of Global Tertiary Structure Does Not Always Imply Similarity of Function
        • Proteins with Similar Function Conserve the Local Structure Around the Active Site, Even If the Glob ...
        • Development of a Three-dimensional Library of Functional Motifs
        • Representative Case: The Glutaredoxin/Thioredoxin Family
          • Overview
          • Ability of the FFF to Identify the Active Site in Experimentally Determined Structures
          • Application of the FFF to Predicted Structures
          • Screening of Entire Genomes
      • COMPUTATIONAL REQUIREMENTS FOR GENOME SCALE STRUCTURE/FUNCTION PREDICTION
      • OUTLOOK FOR THE FUTURE
      • SUMMARY
      • Literature Cited
      • DISCUSSION
    • 5 Needs and New Directions in Computing for the Chemical Process Industries
      • BACKGROUND AND FACTORS DRIVING THE CHEMICAL INDUSTRY
      • PROCESS SIMULATION NEEDS OF THE CPI
      • AN OVERVIEW OF CURRENT SIMULATION PROGRAMS
      • THE EUROPEAN CAPE OPEN PROJECT
      • PROCESS CONTROL IN THE CPI
      • CONCLUSIONS
      • DISCUSSION
    • 6 Vision 2020: Computational Needs of the Chemical Industry
      • INTRODUCTION
      • PROCESS ENGINEERING IN 2020
      • COMPUTATIONAL CHEMISTRY AND MOLECULAR MODELING
      • PROCESS CONTROL AND INSTRUMENTATION
        • Process Measurement and Control Workshop
        • Chemical Instrumentation
      • PROCESS OPERATIONS
      • PRESENT STATUS
      • CHALLENGES
  • Session 2 Panel Discussion
    • 7 Collaboratory Life: Challenges of Internet-mediated Science for Chemists
      • ABSTRACT
      • COLLABORATORY LIFE: CHALLENGES OF INTERNET-MEDIATED SCIENCE FOR CHEMISTS
      • WHERE DO WE COME FROM?
      • WHAT ARE WE?
      • WHERE ARE WE GOING?
        • The Collaboratory Concept
        • Chemistry on the Internet
          • The Value of Collaboratories
          • Free Flow of Information
          • Participatory Education
      • CONCLUSION
      • ACKNOWLEDGMENTS
    • 8 A Computer Science Perspective on Computing for the Chemical Sciences
      • DISCUSSION
    • 9 Collaboratories: Building Electronic Scientific Communities
      • ABSTRACT
      • INTRODUCTION
      • OPPORTUNITIES FOR COLLABORATORIES
      • EXAMPLES OF COLLABORATORIES
      • TOOLS FOR COLLABORATION
        • Electronic Laboratory Notebooks
        • Real-Time Interactions
      • IMPACTS OF COLLABORATORIES
      • THE PROMISE OF COLLABORATORIES
      • CONCLUSION
      • ACKNOWLEDGMENTS
      • DISCUSSION
    • 10 The World Wide Laboratory: Remote and Automated Access to Imaging Instrumentation
      • INTRODUCTION
      • WWL: CURRENT IMPLEMENTATIONS FOR SERVICE, COLLABORATION, AND EDUCATION
        • Remote Access to TEM
        • Remote Access to MRI
        • Chickscope: A K-12 Education Project Using Remote MRI
      • REMOTE INSTRUMENTATION FOR SERVICE, COLLABORATION, AND EDUCATION: LESSONS LEARNED
        • User Interface
        • Modes of Collaboration
        • WWL: Current Implementations for Research
        • Automated/Intelligent Control for Scientific Research
      • REMOTE INSTRUMENTATION FOR SCIENTIFIC RESEARCH: LESSONS LEARNED
      • CONCLUSIONS
      • ACKNOWLEDGMENTS
      • DISCUSSION
    • 11 The Wired Laboratory
      • HOW HAVE ADVANCES IN COMPUTING TECHNOLOGY HELPED WITH EFFICIENCY IN THE ANALYTICAL CHEMISTRY LABORATORY?
      • EXAMPLES FROM A WIRED LABORATORY
        • Quantum—Model of an Integrated Spectroscopy Information System
        • Walk-up Spectroscopy Laboratory—Instruments Online
        • Electronic Information and Knowledge Management
        • WIMS—Web-based Information Management System
        • The Electronic Laboratory Notebook
      • THE FUTURE
        • Information Management
        • Data Analysis and Instrumentation
      • SUMMARY
      • CONTRIBUTORS
      • DISCUSSION
  • Session 3 Panel Discussion
    • 12 Chemical Data in the "Internet Age"
      • INTRODUCTION
      • DATA NEEDS
      • TYPES OF DATA RESOURCES
      • PROBLEMS IN PROVIDING DATA
      • DATA RESOURCES CURRENTLY AVAILABLE
        • Beilstein Database
        • DIPPR Project
        • The NIST Chemistry WebBook
      • USER DEMAND FOR DATA
      • WHAT IS NEEDED
      • DISCUSSION
    • 13 The Digital Library: An Integrated System for Scholarly Communication
      • CRISIS IN SCHOLARLY COMMUNICATION
      • SOLUTIONS AND STRATEGIES
      • THE CALIFORNIA DIGITAL LIBRARY
      • ALTERNATIVE FORMS OF SCHOLARLY COMMUNICATION
      • CONCLUSION
      • DISCUSSION
    • 14 Electronic Journal Publishing at the American Chemical Society
      • GROWTH OF SCIENTIFIC LITERATURE
      • FINANCIAL CONSIDERATIONS
      • CHRONOLOGY OF ACS ELECTRONIC JOURNAL DEVELOPMENT
      • WHAT CUSTOMERS WANT IN ELECTRONIC JOURNALS
      • THE ADVENT OF ELECTRONIC PUBLISHING
      • TRANSFORMATION FROM PRINT TO ELECTRONIC PUBLISHING
      • DISCUSSION
  • Session 4 Panel Discussion
  • Appendixes
    • Appendix A List of Workshop Participants
      • Staff
    • Appendix B Origin of and Information on the Chemical Sciences Roundtable

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