National Academy of Sciences | 150 Year Anniversary

Questions? Call 800-624-6242

| Items in cart [0]

The National Academies Press

HARDBACK
price:$54.95
add to cart

Rights & Permissions

topleft topright

Global Dimensions of Intellectual Property Rights in Science and Technology (1993)
Office of International Affairs (OIA)

Citation Manager

. "8 Trends in Global Science and Technology and What They Mean for Intellectual Property Systems." Global Dimensions of Intellectual Property Rights in Science and Technology. Washington, DC: The National Academies Press, 1993.

Please select a format:

BibTeX EndNote RefMan


Page
199
bottomleft bottomright

The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy.


Global Dimensions of Intellectual Property Rights in Science and Technology

tion, shared research activity that crosses national boundaries is a growing phenomenon.

In developing countries, the concept of the state as mother of us all is in decline, with state enterprises being privatized or streamlined. Yet the importance of using technology as a tool for economic development is seen by all, and governments are spending accordingly. So there are some crosscurrents at work in terms of the role of the state in research.

In the United States, we have seen the Carnegie Commission (1991) report suggesting that complex defense procurement procedures have built a wall between government-supported military and civilian research programs to the increasing detriment of the Pentagon. This report recommends that these two arenas be merged institutionally. In effect, the report signals a shift in defense procurement policy and practice, and this will carry intellectual property system implications as the private and public sector cultures attempt to mesh traditionally disparate views on the role and operation of intellectual property regimes (the former relying on laws to ensure return on investment, the latter relying on laws for national security and protection of the taxpayer's investment in public programs).

In nearly all countries, budgetary constraints are limiting government research expenditures. As a result, the private sector will be asked to pick up more of the national research bill, both for internal research and for public research in universities and public research institutes. This will mean that intellectual property systems will become a crucial supporting factor helping to induce private investment in research. In those cases where government pays more or does more, private industry will often be a companion.

I want to add that explicit government-to-government scientific cooperation is playing a role in research at the global level. For some time, the United States has entered into bilateral science and technology agreements with developing country governments, which are meant to foster good relations and encourage university professors to exchange information. The research funds offered by the United States are relatively modest, particularly when compared to those from Japan. Still, such cooperation has boosted university programs in some developing countries.

The 1984 reform of the U.S. trade laws added a requirement that bilateral science and technology agreements must have an ancillary intellectual property agreement. The requirement, which does not define the content of the agreement, was meant to leverage partner countries into adopting stronger intellectual property systems.

I propose an additional catalyst. Experts from both sides should be asked to devote structured time to a discussion of intellectual property. In most developing country universities today, there is intense curiosity about the growing emphasis on intellectual property in American universities.

Page
199
Front Matter (R1-R12)
I Introduction (1-2)
1 The Global Dimensions of Intellectual Property Rights in Science and Technology (3-18)
2 Intellectual Property Institutions and the Panda's Thumb: Patents, Copyrights, and Trade Secrets in Economic Theory and History (19-62)
II The Case For and Against a Uniform Worldwide Intellectual Property Rights System (63-64)
Introduction (65-67)
3 Why a Uniform Intellectual Property System Makes Sense or the World (68-88)
4 Harmonization Versus Differentiation in Intellectual Property Right Regimes (89-106)
5 Unauthorized Use of Intellectual Property: Effects on Investment, Technology Transfer, and Innovation (107-145)
Discussion (146-148)
III National and International Approaches to Intellectual Property Rights (149-150)
Introduction (151-154)
6 Comparative National Approaches to Intellectual Property Rights (155-174)
7 Update on international Negotiations on Intellectual Property Rights (175-182)
Discussion (183-186)
IV Scientific and Technological Advance and Its Impact on the Role of Intellectual Property Rights (187-188)
Introduction (189-191)
8 Trends in Global Science and Technology and What They Mean for Intellectual Property Systems (192-207)
9 Sectoral Views (208-220)
10 Intellectual Property Rights and Competitive Strategy (221-240)
Discussion (241-246)
V Adapting Intellectual Property Rights to New Technologies (247-248)
Introduction (249-255)
11 Adapting the Intellectual Property System to New Technologies (256-283)
12 A Case Study on Computer Programs (284-318)
13 Biotechnology Case Study (319-328)
14 Semiconductor Chip Protection as a Case Study (329-338)
15 Optoelectronics (339-350)
Discussion (351-354)
VI Global Intellectual Property Rights Issues in Perspective (355-356)
Introduction (357-359)
16 Global Intellectual Property Rights Issues in Perspective: A Concluding Panel Discussion (360-383)
Disccusion (384-390)
Coda: Issues for Future Research (391-394)
VII Appendix (395-396)
A: Conference Agenda (397-400)
B: Biographies of Contributors (401-418)
Index (419-442)