Air Traffic Management Concept Baseline Definition - The Boeing ...
Air Traffic Management Concept Baseline Definition - The Boeing ...
Air Traffic Management Concept Baseline Definition - The Boeing ...
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7 NAS <strong>Concept</strong> Evaluation<br />
7.1 Global Scenarios<br />
Scenario writing typically involves the juxtaposition of a number of alternative futures.<br />
<strong>The</strong>se constructed images of the future may range from ‘optimistic’ to ‘pessimistic’ as<br />
they attempt to extrapolate current nominal trends with other likely and plausible futures.<br />
In this section, only a single NAS scenario was constructed. This single global scenario is<br />
based on a review of some relevant references structured by six major scenario categories<br />
that capture the many facets of NAS operations subject to possible limitations, constraints,<br />
modifications, and shifts regarding the future ATM system envisioned for 2015. Section<br />
2.3.1 outlines the scenario building process, including a brief description of the 13 issue<br />
categories which, along with the six major scenario categories, organize the selected texts<br />
drawn from the several sources listed in the Bibliography. Appendix B contains the collage<br />
of texts cited from the Bibliography. <strong>The</strong> following is a general scenario that provides a<br />
spectrum of potential issues which may affect the future patterns of development of the<br />
ATM infrastructure and operation.<br />
First, according both FAA and <strong>Boeing</strong> references, the increase of air traffic domestically<br />
and globally is estimated to grow from 1997 to 2016 by about 5% (<strong>Boeing</strong> CMO (1997),<br />
p. 3). This expected growth will increase domestic aircraft operations in 2008 to 31.5<br />
million relative to 1996 (24. 0 million) (U.S. FAA Aviation Forecasts (1997), p. I-14).<br />
Coupled to this growing traffic is its effect on the workload levels at ARTCCs. <strong>The</strong><br />
forecasts indicate a workload increase at an annual rate of 1.8% from 1996 to 2008. This<br />
increased workload means that FAA en route centers are expected to handle 50.2 million<br />
IFR aircraft by 2008 (ibid, p. I-14).<br />
<strong>The</strong> increased traffic flows require a substantial economic investment for all categories of<br />
infrastructure including ATC/ATM systems, airports, and feeder roads, all of which will<br />
require government financial support. <strong>The</strong>se supports may be delayed since governments<br />
may be cash-strapped (Booz, Allen & Hamilton (1995), p. 2-29). For example, future<br />
funding for the FAA will fall far short of what the agency needs to provide even the<br />
current level of services, since it is projected that a budget shortfall of $12 billion exists in<br />
the near term or from fiscal year 1997 to 2002. Such deficits promote an unfolding<br />
scenario of increased corporatization and privatization of basic ATM services with<br />
uncertain consequences regarding economic, safety and regulatory issues (U.S. Congress<br />
(1996), p. 9).<br />
Political and economic related concerns in the international context may also conflict with<br />
the sovereignty of states. <strong>Air</strong> transport authorities have become increasingly concerned<br />
about the regulation of international air transport. <strong>The</strong> establishment of unified regional<br />
economic markets has invoked concerns about adverse effects on the national airlines of<br />
non-participating states (Booz, Allen & Hamilton (1995), p. 2-135). A major ICAO<br />
meeting in 1994 concluded that “in view of the disparities in economic and competitive<br />
situations there is no prospect in the near future for a global multilateral agreement in the<br />
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