The post-Cold War period has presented an opportunity unmatched since the end of World War II to restructure the media systems of much of the world. Free of political repression or ideological constraint, media in developing and developed nations have had the opportunity to ask: Consistent with democratic principles, what should a media system look like? And more specifically for countries emerging from authoritarian rule, what news media practices promote democratization?
Topic:
Cold War, Industrial Policy, and Science and Technology
This year's Aspen Institute Conference on Telecommunications Policy began as an attempt to chart a future in which packet-based Voice over Internet Protocol (VoIP) will supplant traditional switched circuit telephony. Among other things, VoIP appears to be propelling the marginal cost of long-distance telephoning toward zero, a development with profound implications for interexchange carriers. However, prompted in part by Lawrence Strickling's specially-commissioned piece, “The Telecommunications Marketplace in 2002: A Somewhat Fanciful Scenario,” it did not take long for conference participants to realize that a great deal more than the future profitability of long-distance service is at stake.
Topic:
Climate Change, Industrial Policy, and Science and Technology
Now that the heady first paroxysms of electronic commerce (e-commerce) have faded—and the online sector has experienced its first major shake-out—thinking about what it means to live in a digital economy is becoming more focused. Established businesses are becoming more strategic in exploiting digital technologies. Venture capitalists are becoming more discriminating in their investments. Governments at all levels are exploring how to integrate the Internet and other technologies to advance their missions.
The last 20 years have been characterized by rapid improvements in information technology and have com e to be regarded as the “Information Revolution.” The Information Revolution is changing the speed at which information is communicated, the facility with which calculations can be conducted in real time, and the costs and speed of observation of physical phenomena. Applications of IT in transportation mean that people and goods can be moved m o re efficiently; applications to the production process mean that goods and services can be produced m o re efficiently.
Topic:
International Relations, Government, and Science and Technology
Section 218 of the Floyd D. Spence National Defense Authorization Act for Fiscal Year 2001, Public Law (PL) 106-398 (at Appendix A) requires the submission of a report to the congressional defense committees on the acquisition of biological defense vaccines for the Department of Defense (DoD). As required by section 218, PL 106-398, this report addresses: 1) the implications of relying on the commercial sector to meet the DoD's biological defense vaccine requirements; 2) a design for a government-owned, contractor-operated (GOCO) vaccine production facility; 3) preliminary cost estimates and schedule for the facility; 4) consultation with the Surgeon General on the utility of such a facility for the production of vaccines for the civilian sector and the impact of civilian production on meeting Armed Forces needs and facility operating costs; and 5) the impact of international vaccine requirements and the production of vaccines to meet those requirements on meeting Armed Forces needs and facility operating costs.
Topic:
Defense Policy, Human Welfare, and Science and Technology
Several decades of science and technology, concept development, and engineering development have provided the underpinnings for a significant contribution by high-energy lasers (HELs) to national security needs. The potential for speed-of-light response with a wide variety of effects to support a variety of missions suggests a new level of flexibility and adaptability-attributes that are particularly valuable in the complex national security environment currently existing and unfolding. As in the case of most important new technologies, we are just beginning to understand and exploit the potential of high-energy lasers. It is nonetheless important to realize the extent of this potential. Directed-energy weapons can add a new dimension to a wide range of missions.
Topic:
Defense Policy, Development, Energy Policy, and Science and Technology
The Defense Science Board Task Force was formed to address questions related to the development of X-band, active, electronically steered arrays (AESAs) for airborne platforms. Areas focused on were advanced radar capabilities for ground targets and air targets.The airborne radar inventory can be divided into three broad categories:(1) Air target surveillance and cueing radars mounted in rotodomes (e.g., AWACS,-2C).(2) Nose- mounted fighter radars for air and ground targets (e.g., F-15, F-16, F-22, JSF).(3) Side-looking radars for ground reconnaissance, surveillance, and cueing (e.g., U-2, JSTARS, Global Hawk). Categories (2) and (3) are dominated by X-band radars; the insertion of AESA technology into category (3) was the primary subject for this task force.
Topic:
Defense Policy, Development, and Science and Technology
In its 1996 report, the Defense Science Board (DSB) recommended that the Pentagon invest an additional $3 billion to strengthen defenses of its information networks. This report was viewed by some as unrealistic and prophetic by others, but in all cases it faced a readership with a very uneven appreciation of the effects of disruptive technology and dicontinuous change. The defense establishment has increased its intellectual capital on the subject of Defensive Information Systems (DIO) considerably since 1996. However, it has yet to fully accomodate the realities of an information intensive future in its architecture, processes, and investments. Technology has continued to evolve and the problems have become much more difficult and complex. DoD must now accomplish more than anyone could have imagined in 1996. Perhaps more important is the dawning realization that incremental modifications to our existing institutions and processes will not produce the adaptation we need.
Topic:
Defense Policy, Economics, and Science and Technology
The Under Secretary of Defense (AT) requested that the DSB form a brief study of ongoing Navy and Air Force programs aimed at developing advanced laser guided weapon targeting pods for their tactical aircraft. This request for a DSB Task Force was occasioned by Congressional interest in the possibilities of a Joint development and production program for these pods.
Topic:
Defense Policy, Development, and Science and Technology
The task forces see a spectrum of threats to the homeland emerging. The 2000 summer study begins a series of studies byt he Defense Science Board aimed at assisting the Department of Defense and the Intelligence Community in defining their roles in protecting the nation from unconventional attacks on the United States. Other studies now planned as part of this series of studies include Defense Against Chemical Warfare Attack: Countering the Strategic Nuclear Threat in the 21st century; a follow-up study on Intelligence on Threats to the Homeland; and a second study on the issues associated with Defense Against Biological Warfare Attack. The focus of all these DSB studies is on identifying the technology and operational capability needed to protect the homeland. It is not on the assignment of roles and missions for employing said capabilities. Significant recommendations are made in these reports including suggestions for implementation.
Topic:
Defense Policy, Development, and Science and Technology