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Innovative Sense through Perspectives of Patent Bibliometrics Analysis

出版日期
2015
閱讀格式
PDF
書籍分類
學科分類
ISBN
9789864370351

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圖書資訊學中之計量研究,探討學術知識產出、影響與關聯等重要意義。研究以專利為分析標的,透過計量分析,解構產業技術知識的學術傳播意涵。
  • Preface
  • 1 Patent Bibliometrics and Innovative Sense
    • Origin of Patent Bibliometrics
    • Application of Patent Bibliometrics
      • Strategic Planning
      • Competitor Analysis
      • Technology Strength and Transformation
    • Transformation of Strategic Ideas Behind Patent Bibliometrics Analysis
      • Patenting Activity and Technology Productivity
      • Patent Citations and Technology Impact
    • Indicators Introduced in Patent Bibliometrics
      • Productivity, Basic Count and Growth Curve
      • Research Impact, Patent Citation Indicators
      • Research Network, Linkage and Correlation
    • Transformation of Ideas into Practices-- From Here Forward
      • Productivity and Contribution of Academic Research to Development of Industrial Technologies
      • Collaboration in Patenting: University-Industry-Government, Triple-Helix Collaboration Pattern
      • Essential Knowledge Creators and Brain Map: A Different Way to Look at Collaborative Network
      • Prior Art and Linkage Indexes: Stories behind the Research Impact Told by Patent Bibliometrics Analysis
      • Technological Knowledge Exchange: View from Patent Citation Identity and Citation Image
      • Scientific Linkage in Patenting Activity: Science Research and Development of Industrial Technology
      • Inventing Activities and Basic Researches-Complementary or Clashing: A View from Bibliometrics Analysis in Research Productivity of Inventor-Author and Their Non-Patenting Peers
    • Stories to Be Told
    • References
  • 2 Productivity and Contribution of Academic Research to Development of Industrial Technologies
    • Role of Academic Research
    • Research Paradigm Shift and Patenting Activities: Stories from the Past
      • Growth of Patenting Activities of Public Sector
      • Basic Research and Development of Industrial Technology, Patent Analysis Approach
      • Empirical Studies on Universities Patenting Activities
    • How to Find out the Stories
      • Indexes for Analysis
    • Themes about Research Output and Patenting Activities: The Results
      • Patent Count and Distributions by Time and Technologies
      • Contribution Analysis
    • Reflections
    • References
  • 3 Collaboration in Patenting: University-Industry- Government, Triple-Helix Collaboration Pattern
    • Collaboration in Patenting
    • What do We Know from the Past
    • Put the Ideas into Practice
      • Strategies for Practice, Methods, Data Collection and Procedures
    • What Can Be Learned from the Empirical Case
      • Observation from Results of Patent Count
      • Technology Distribution of Multi-Helix Patents
      • Cross Sectors Collaboration
      • Productivity of Collaborative Patenting Activities
      • Strategic Plan of Collaboration
      • Distribution of Technique Sections of Multi-Helix Patents and Implications
      • Implications of Knowledge Transferring from Corresponding-Inventors Analysis
    • Observations
      • Limited Cross Sector Collaboration
      • Marketing Strategy vs. Technology Importing
      • Intra-Collaboration with Research Teams
      • Advisor-Advisee Collaboration to Inventing Partnership
    • Learn from the Scene Behind
    • References
  • 4 Essential Knowledge Creators and Brain Map: A Different Way to Look at Collaborative Network
    • Invaluable Asset, Human Resources
    • What have We Learned from Prior Wisdom
      • Distribution of Productivity in Researches
      • Contribution of Core Researchers to the Organizations
      • Intra Collaboration and Brain Map
    • Put the Ideas into Practice
    • How is this Done-Methodology and Research Data
      • Approach Strategies
    • What We Know from the Analysis
      • Research Productivity
      • Collaborative Networks
    • Observations
      • Productivity and Essential Knowledge Creators
      • Stories Reveal from the Brain Map
    • Learn from the Scene Behind
    • References
  • 5 Prior Art and Linkage Indexes: Stories behind the Research Impact Told by Patent Analysis
    • Meanings of Patent Citations
    • Origins of the Ideas
    • Transformation of Citation Indicators for Patent Analysis
    • Put the Idea into Practice
      • Reciprocal Citation Index
      • Patent Coupling Index
      • Co-Patent Index
    • What We Learn from the Results
      • Reciprocal Citation Index
      • Patent Coupling Index
      • Co-Patent Index
    • Observations
    • Reflections
    • References
  • 6 Technological Knowledge Exchange: View from Patent Citation Identity and Citation Image
    • Themes and Meanings of Citation and Recitation
    • What do We Learn and Know from the Past
      • Knowledge Construction and Presentations
      • Analysis of Citation and Prior Art
    • Application of Ideas of Citation Identity and Citation Image
      • How to Make it Work
      • Data for Analysis
    • Themes Built upon Patent Citation Identity and Patent Citation Image
      • Patent Citation Identity
      • Patent Citation Image
    • Reflections
    • References
  • 7 Scientific Linkage in Patenting Activity: Science Research and Development of Industrial Technology
    • Driving Force of Society Improvement, Science Research
    • Meaning of Citations In Patent Literatures
    • How to Put the Thought into Reality-- Steps to Realize the Idea
      • Data for Analysis
      • Data Parsing and Reforming
      • Methods Applied
    • Links of Patent Activity to Science Research, Observation from Two Studies
      • Time Distribution of Research Productivity
      • Productive Assignees
      • Science Linkage Analysis
    • Scientific Linkages in Different Technology Fields
      • Science Research Dependent
      • Country Preference
      • Institutional Preference
    • Reflections
    • References
  • 8 Inventing Activities and Basic Researches- Complementary or Clashing: A View from Bibliometrics Analysis in Research Productivity of Inventor-Author and Their Non-Patenting Peers
    • Ideas behind the Discussion
    • What We Learn from the Past
    • How Does It Work
      • Targets for Analysis
      • Study Approaches
      • Indicators for Measurements
    • What We Know from the Case
      • Observation on Research Output of Inventor- Authors and Peer-Groups
      • Application of Indicators -- Research Output of Productive Inventor-Authors
      • Impact of Academic Works of Inventor-Authors
    • Observations
      • Distribution of Scientific Research Output Conducted by Patenting Active Inventor-Authors
      • Patenting Active Inventor-Authors Area also Productive in Academic Works Comparing to Their Non-Patenting Peers from the Same Research Groups
    • Learn from the Scene Behind
      • Performance Measurement Indicators
    • References
  • Epilogue

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