Muutke küpsiste eelistusi

Big Data, Little Data, No Data: Scholarship in the Networked World [Kõva köide]

(University of California, Los Angeles)
  • Formaat: Hardback, 416 pages, kõrgus x laius x paksus: 229x152x17 mm, 7 figures
  • Sari: Big Data, Little Data, No Data
  • Ilmumisaeg: 02-Jan-2015
  • Kirjastus: MIT Press
  • ISBN-10: 0262028565
  • ISBN-13: 9780262028561
  • Formaat: Hardback, 416 pages, kõrgus x laius x paksus: 229x152x17 mm, 7 figures
  • Sari: Big Data, Little Data, No Data
  • Ilmumisaeg: 02-Jan-2015
  • Kirjastus: MIT Press
  • ISBN-10: 0262028565
  • ISBN-13: 9780262028561

"Big Data" is on the covers of Science, Nature, the Economist, andWired magazines, on the front pages of the Wall Street Journal and theNew York Times. But despite the media hyperbole, as Christine Borgman points out in this examination of data and scholarly research, having the right data is usually better than having more data; little data can be just as valuable as big data. In many cases, there are no data -- because relevant data don't exist, cannot be found, or are not available. Moreover, data sharing is difficult, incentives to do so are minimal, and data practices vary widely across disciplines.

Borgman, an often-cited authority on scholarly communication, argues that data have no value or meaning in isolation; they exist within a knowledge infrastructure -- an ecology of people, practices, technologies, institutions, material objects, and relationships. After laying out the premises of her investigation -- six "provocations" meant to inspire discussion about the uses of data in scholarship -- Borgman offers case studies of data practices in the sciences, the social sciences, and the humanities, and then considers the implications of her findings for scholarly practice and research policy. To manage and exploit data over the long term, Borgman argues, requires massive investment in knowledge infrastructures; at stake is the future of scholarship.

Muu info

Winner of Winner, 2015 American Publishers Award for Professional and Scholarly Excellence (PROSE Award) in Computing & Information Sciences, presented by the Professional and Scholarly Publishing Division of the Association of American Publishers 2015.
Preface xvii
Acknowledgments xxi
Part I Data and Scholarship
1(80)
1 Provocations
3(14)
Introduction
3(1)
Big Data, Little Data
4(1)
Bigness
5(2)
Openness
7(1)
The Long Tail
8(2)
No Data
10(1)
Data Are Not Available
11(1)
Data Are Not Released
11(2)
Data Are Not Usable
13(1)
Provocations
13(2)
Conclusion
15(2)
2 What Are Data?
17(14)
Introduction
17(1)
Definitions and Terminology
18(1)
Definitions by Example
19(1)
Operational Definitions
20(1)
Categorical Definitions
21(1)
Degrees of Processing
21(2)
Origin and Preservation Value
23(2)
Collections
25(1)
Conceptual Distinctions
26(1)
Sciences and Social Sciences
26(1)
Humanities
27(1)
Conclusion
28(3)
3 Data Scholarship
31(24)
Introduction
31(1)
Knowledge Infrastructures
32(3)
The Social and the Technical
35(1)
Communities and Collaboration
36(1)
Knowledge and Representation
37(1)
Theory, Practice, and Policy
38(1)
Open Scholarship
39(1)
Open Access to Research Findings
39(3)
Open Access to Data
42(3)
Open Technologies
45(2)
Converging Communication
47(1)
Data Metaphors
47(3)
Units of Data
50(1)
Documents of Record
51(1)
Conclusion
52(3)
4 Data Diversity
55(26)
Introduction
55(1)
Disciplines and Data
56(2)
Size Matters
58(1)
Project Goals
58(2)
Data Collection
60(1)
Data Analysis
61(1)
When Are Data?
62(2)
Distance Matters
64(1)
Sources and Resources
64(1)
Metadata
65(1)
Definitions and Discovery
66(2)
Communities and Standards
68(2)
Provenance
70(1)
External Influences
71(1)
Economics and Values
71(4)
Property Rights
75(2)
Ethics
77(2)
Conclusion
79(2)
Part II Case Studies in Data Scholarship
81(122)
5 Data Scholarship in the Sciences
83(42)
Introduction
83(1)
Research Methods and Data Practices
83(1)
Science Cases
84(1)
Astronomy
85(1)
Size Matters
86(1)
Big Science, Little Science
86(1)
Big Data, Long Tail
87(3)
When Are Data?
90(1)
Sources and Resources
91(1)
Telescopes
91(1)
Electromagnetic Spectrum
92(1)
Celestial Objects
93(1)
Astronomy Data Products
93(1)
Knowledge Infrastructures
94(1)
Metadata
94(1)
Coordinate Systems
95(1)
Celestial Objects
96(1)
Data Archiving
97(1)
Publications
98(1)
Provenance
99(1)
External Influences
100(1)
Economics and Value
100(1)
Property Rights
100(1)
Ethics
101(1)
Conducting Research in Astronomy
102(1)
The COMPLETE Survey
102(1)
Research Questions
103(1)
Collecting Data
103(1)
Analyzing Data
104(1)
Publishing Findings
104(1)
Curating, Sharing, and Reusing Data
105(1)
Sensor-Networked Science and Technology
106(1)
Size Matters
106(2)
When Are Data?
108(1)
Sources and Resources
109(1)
Embedded Sensor Networks
109(2)
Physical Samples
111(1)
Software, Code, Scripts, and Models
111(1)
Background Data
111(1)
Knowledge Infrastructures
112(1)
Metadata
112(1)
Provenance
113(1)
External Influences
113(1)
Economics and Value
113(1)
Property Rights
114(1)
Ethics
115(1)
Conducting Research with Embedded Sensor Networks
116(1)
Research Questions
117(1)
Collecting Data
117(2)
Analyzing Data
119(1)
Publishing Findings
119(1)
Curating, Sharing, and Reusing Data
120(1)
Conclusion
121(4)
6 Data Scholarship in the Social Sciences
125(36)
Introduction
125(1)
Research Methods and Data Practices
126(1)
Social Sciences Cases
127(1)
Internet Surveys and Social Media Studies
128(1)
Size Matters
128(1)
When Are Data?
129(1)
Sources and Resources
129(2)
Knowledge Infrastructures
131(1)
Metadata
132(1)
Provenance
133(2)
External Influences
135(1)
Economics and Value
135(1)
Property Rights
136(1)
Ethics
136(1)
Conducting Internet Surveys and Social Media Research
137(1)
Research Questions
138(1)
Collecting Data
139(1)
Analyzing Data
140(1)
Publishing Findings
141(1)
Curating, Sharing, and Reusing Data
142(1)
Sociotechnical Studies
143(1)
Size Matters
144(1)
When Are Data?
144(1)
Sources and Resources
145(1)
Field Observations and Ethnography
145(1)
Interviews
146(1)
Records and Documents
146(1)
Building and Evaluating Technologies
147(1)
Knowledge Infrastructures
147(1)
Metadata
148(1)
Provenance
148(1)
External Influences
149(1)
Economics and Value
149(1)
Property Rights
149(1)
Ethics
150(1)
Conducting Sociotechnical Research in CENS
150(1)
Research Questions
151(1)
Collecting Data
152(2)
Analyzing Data
154(1)
Publishing Findings
155(1)
Curating, Sharing, and Reusing Data
156(1)
Conclusion
157(4)
7 Data Scholarship in the Humanities
161(42)
Introduction
161(1)
Research Methods and Data Practices
162(2)
Humanities Cases
164(1)
Classical Art and Archaeology
164(1)
Size Matters
165(1)
When Are Data?
166(1)
Sources and Resources
166(1)
Physical versus Digital Objects
167(1)
Digital versus Digitized
167(1)
Surrogates versus Full Content
167(1)
Static Images versus Searchable Representations
168(1)
Searchable Strings versus Enhanced Content
169(1)
Knowledge Infrastructures
170(1)
Metadata
171(1)
Provenance
172(1)
Collections
173(3)
External Factors
176(1)
Economics and Value
176(2)
Property Rights
178(1)
Ethics
178(1)
Conducting Research in Classical Art and Archaeology
179(1)
Research Questions
180(1)
Collecting Data
181(1)
Analyzing Data
182(2)
Publishing Findings
184(1)
Curating, Sharing, and Reusing Data
184(2)
Buddhist Studies
186(1)
Size Matters
187(1)
When Are Data?
187(1)
Sources and Resources
188(1)
Primary versus Secondary Sources
188(1)
Static Images versus Enhanced Content
189(1)
Knowledge Infrastructures
189(1)
Metadata
190(1)
Provenance
191(1)
Collections
191(1)
External Factors
192(1)
Economics and Value
192(1)
Property Rights
193(1)
Ethics
193(1)
Conducting Research in Buddhist Studies
194(1)
Research Questions
195(1)
Collecting Data
196(1)
Analyzing Data
196(1)
Publishing Findings
197(2)
Curating, Sharing, and Reusing Data
199(1)
Conclusion
200(3)
Part III Data Policy and Practice
203(84)
8 Sharing, Releasing, and Reusing Data
205(36)
Introduction
205(2)
Supply and Demand for Research Data
207(1)
The Supply of Research Data
208(1)
To Reproduce Research
209(1)
Defining Reproducibility
209(1)
Determining What to Reproduce
209(1)
Detecting Fraud
210(1)
Resolving Disputes
211(1)
To Make Public Assets Available to the Public
211(1)
To Leverage Investments in Research
212(1)
To Advance Research and Innovation
212(1)
The Demand for Research Data
213(1)
Scholarly Motivations
214(1)
Publications and Data
215(1)
Communicating Research
215(1)
Publishing Research
216(1)
Data as Assets and Liabilities
217(1)
Releasing Data
218(1)
Representation and Mobility
219(1)
Provenance
220(2)
Acquiring Data to Reuse
222(1)
Background and Foreground Uses
222(1)
Interpretation and Trust
223(1)
Knowledge Infrastructures
224(1)
Repositories, Collections, and Archives
225(2)
Private Practice
227(1)
Human Infrastructure
228(1)
Intractable Problems
229(1)
Disciplinary Knowledge Infrastructures
229(1)
Sciences
230(1)
Astronomy
230(1)
Sensor Networked Science and Technology
231(2)
Genomics
233(2)
Social Sciences
235(1)
Internet Research
235(1)
Sociotechnical Research
235(1)
Humanities
236(1)
Classical Art and Archaeology
236(1)
Buddhist Studies
237(1)
Conclusion
237(4)
9 Credit, Attribution, and Discovery of Data
241(30)
Introduction
241(2)
Principles and Problems
243(2)
Theory and Practice
245(1)
Substance and Style: How to Cite
245(3)
Theories of Citation Behavior: What, When, and Why to Cite Objects
248(1)
Meaning of Links
248(1)
Selecting References
249(1)
Theorizing and Modeling Citation Behavior
250(1)
Citing Data
251(1)
Clear or Contested: Who Is Credited and Attributed?
252(1)
Naming the Cited Author
252(1)
Negotiating Authorship Credit
253(2)
Responsibility
255(1)
Credit for Data
256(2)
Name or Number: Questions of Identity
258(1)
Identifying People and Organizations
258(2)
Identity and Discovery
260(1)
Identifying Objects
261(3)
Theory Meets Technology: Citations as Actions
264(2)
Risks and Rewards: Citations as Currency
266(2)
Conclusion
268(3)
10 What to Keep and Why
271(16)
Introduction
271(2)
Provocations Revisited
273(1)
Rights, Responsibilities, Roles, and Risks
273(2)
Data Sharing
275(3)
Publications and Data
278(3)
Data Access
281(2)
Stakeholders and Skills
283(2)
Knowledge Infrastructures Past, Present, and Future
285(2)
Conclusion 287(2)
References 289(72)
Index 361