Funding a Revolution : Government Support for Computing Research

by
Format: Paperback
Pub. Date: 1999-01-01
Publisher(s): Natl Academy Pr
List Price: $49.00

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Summary

The past 50 years have witnessed a revolution in computing and related communications technologies. The contributions of industry and university researchers to this revolution are manifest; less widely recognized is the major role the federal government played in launching the computing revolution and sustaining its momentum. Funding a Revolution examines the history of computing since World War II to elucidate the federal government's role in funding computing research, supporting the education of computer scientists and engineers, and equipping university research labs. It reviews the economic rationale for government support of research, characterizes federal support for computing research, and summarizes key historical advances in which government-sponsored research played an important role.Funding a Revolution contains a series of case studies in relational databases, the Internet, theoretical computer science, artificial intelligence, and virtual reality that demonstrate the complex interactions among government, universities, and industry that have driven the field. It offers a series of lessons that identify factors contributing to the success of the nation's computing enterprise and the government's role within it.

Table of Contents

Executive Summary 1(14)
PART I: THE FEDERAL ROLE IN COMPUTING RESEARCH 15(142)
Introduction
17(23)
Using History as a Guide
18(5)
The Computing Revolution
23(4)
Effects on the Economy
24(2)
Technological Roots
26(1)
Sources of U.S. Success
27(7)
Research and Technological Innovation
28(3)
Federal Policy Toward Research Funding
31(2)
Other Mechanisms for Federal Support of Innovation
33(1)
Issues Related to Federal Support of Research
34(2)
Organization of This Report
36(1)
Notes
36(4)
Economic Perspectives on Public Support for Research
40(12)
The Economic Rationale for Public Support of Civilian R&D
40(6)
Information and Knowledge as Commodities
41(1)
Capturing the Benefits of Research Investments
42(1)
Technical Standards as Public Goods
43(1)
Secrecy and Intellectual Property Rights
44(1)
Common Pool Problems, Patent Races, and Potential Overinvestment in R&D
45(1)
The Benefits of Public Support of Research
46(5)
Direct Contributions to the Scientific Knowledge Base
47(2)
Indirect Effects of Government-sponsored Research
49(1)
Intellectual Assistance
49(1)
Research as Training
50(1)
Notes
51(1)
Federal Support For Research Infrastructure
52(33)
Federal Research Funding
53(9)
Levels of Federal Support
53(2)
Sources of Federal Support
55(4)
Comparisons to Industrial Research Funding
59(3)
Human Resources
62(9)
Computer Facilities
71(8)
University Computing Centers
73(1)
Departmental Computing
74(2)
High-performance Computing
76(1)
Network Infrastructure
77(2)
Effects of Federal Investments in Research Infrastructure
79(2)
Conclusion
81(1)
Notes
81(4)
The Organization of Federal Support: A Historical Review
85(51)
1945-1960: Era of Government Computers
86(10)
The Government's Early Role
87(1)
Establishment of Organizations
88(1)
Military Research Offices
88(1)
National Bureau of Standards
89(1)
Atomic Energy Commission
90(1)
Private Organizations
91(4)
Observations
95(1)
1960-1970: Supporting a Continuing Revolution
96(11)
Maturing of a Commercial Industry
96(2)
The Changing Federal Role
98(1)
The Advanced Research Projects Agency
98(1)
ARPA and Information Technology
99(2)
ARPA's Management Style
101(4)
National Science Foundation
105(2)
1970-1990: Retrenching and International Competition
107(25)
Computer Science, Computer Technology
107(4)
The Changing Political Context
111(1)
Science and Politics in the 1970s: A Changed Climate
111(1)
Policy for the 1980s: Industrial Research and Competitiveness
112(1)
Changes in the Organization of Federal Research Support
113(1)
Changes at ARPA
113(2)
Very Large Scale Integrated Circuits
115(7)
Strategic Computing Initiative
122(2)
Making a Science, Funding a Science: The NSF in the 1970s and 1980s
124(2)
Other Federal Agencies in the 1970s and 1980s
126(3)
Sematech
129(1)
High-performance Computing
130(2)
1990 and Beyond
132(2)
Notes
134(2)
Lessons from History
136(21)
The Benefits of Federal Research Investments
137(5)
Providing the Technology Base for Growing Industries
138(1)
Maintaining University Research Capabilities
139(1)
Creating Human Resources
140(1)
Accomplishing Federal Missions
141(1)
Characteristics of Effective Federal Support
142(13)
Support for Long-range, Fundamental Research
142(3)
Support for Efforts to Build Large Systems
145(1)
Building on Industrial Research
146(1)
Diverse Sources of Government Support
147(3)
Strong Program Managers and Flexible Management Structures
150(2)
Industry-University Collaboration
152(1)
Organizational Innovation and Adaptation
153(2)
Concluding Remarks
155(1)
Notes
155(2)
PART II: CASE STUDIES IN COMPUTING RESEARCH 157(93)
The Rise of Relational Databases
159(10)
Background
160(2)
Emergence of Computerized Databases
160(1)
Early Efforts at Standardization
161(1)
Emergence of the Relational Model
162(3)
Codd's Vision
162(1)
System R
163(1)
Ingres
164(1)
Diffusion and Commercialization of Relational Databases
165(2)
Lessons from History
167(1)
Notes
168(1)
Development of the Internet and the World Wide Web
169(15)
Early Steps: 1960-1970
170(3)
Expansion of the ARPANET: 1970-1980
173(4)
From ARPANET to Internet
174(1)
Local Area Networks
174(2)
Integrated Networking
176(1)
Standards and Management
176(1)
Closing the Decade
177(1)
The NSFNET Years: 1980-1990
177(2)
Emergence of the Web: 1990 to the Present
179(2)
Lessons from History
181(1)
Notes
182(2)
Theoretical Research: Intangible Cornerstone of Computer Science
184(14)
Machine Models: State Machines
186(3)
Computational Complexity
189(2)
Verifying Program Correctness
191(2)
Cryptography
193(3)
Lessons from History
196(1)
Notes
197(1)
Developments in Artificial Intelligence
198(28)
The Private Sector Launches the Field
199(2)
The Government Steps In
201(3)
DARPA's Pivotal Role
204(1)
Success in Speech Recognition
205(4)
Shift to Applied Research Increases Investment
209(7)
Artificial Intelligence in the 1990s
216(5)
Lessons from History
221(1)
Notes
222(4)
Virtual Reality Comes of Age
226(24)
Launching the Graphics and Virtual Reality Revolution
228(1)
Seeding the Academic Talent Pool
229(4)
Virtual Reality in the Private Sector: Approach with Caution
233(2)

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