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Table 7 Paying for Permanent Tax Cuts in 2016

in New Estimates of the Budget Outlook: Plus Ça Change, Plus C’est la Même Chose
by Alan J. Auerbach, William G. Gale, Peter R. Orszag 2006
"... In PAGE 9: ... In fact, the costs of paying for these tax cuts would be immense. Paying for the tax cuts in 2016 would require any one of the following, or cuts of a similar magnitude (see Table7 ): a 11 percent reduction in all non-interest outlays; a 78 percent reduction in domestic discretionary spending (other than homeland security); a 41 percent cut in social security benefits, a 45 percent reduction in Medicare payments, an almost complete abolition of the Medicaid program, or a 41 percent cut in all federal spending other than social security, Medicare, Medicaid, defense, homeland security and net interest. These reductions are obviously far beyond the scope of what has been considered politically 8 CBO (2006) projects that potential output will grow at an average rate of 2.... ..."

Table 1. Trends in scaling, cost and power for 2003-2016.

in Deliverable D4.4: Semiconductor Technology, Design and Test Roadmap
by Jaan Raik, Raimund Ubar 2003
"... In PAGE 4: ...g. pipelining) become fully exploited the growth in processing speed will become almost directly dependent on acceleration in the clock rate (See Table1 ). In general, signal propagation becomes more difficult due to increased capacitive and inductive coupling, which degrades edge rates and causes both timing uncertainty and potential logic errors.... In PAGE 4: ... Increased chip functions drive for example an increase of test- method complexity, which in the past resulted in nonlinear cost increases to manufacturing test in capital for additional ATE (automated test equipment) hardware and longer device test times [4]. Table1 reflects the main trends in scaling, cost and power according to the ITRS roadmap for 2003-2016. ... ..."

Table 9. Macroeconomic trend in the baseline scenario 1998 (YR billion) 2016 (%)

in Development Strategy and Governance Division
by Mohamed Abdelbasset Chemingui 2007
"... In PAGE 6: ...able 8. Elasticity with respect to mean real consumption per capita ................................................ 30 Table9 .... ..."

Table 4.1: Performance on Problem 12, with 16 processors.

in An Efficient Parallel Three-Level Preconditioner for Linear Elliptic Partial Differential Equations
by Dr. Layne, T. Watson, Dr. Christopher Beattie, Aixiang Yao, Aixiang Yao, Committee Chairman, Dr. Calvin, Dr. Calvin, J. Ribbens, J. Ribbens

Table 2: Projected figures of aged (60+) Population in India: 996-2016 (In millions)

in CONTENTS Advert B/w
by Ntobeko Ntusi, Monica Ferreira, Chuks J. Mba, R. S. Goyal 2004
"... In PAGE 21: ...94 percent of total population (table 2). Table2 also indicates that the number of the aged is likely to increase by 107 percent over the 25 years period of 1991-2016, while during this period the total population is projected to increase by 49 percent only (Visaria: 2001). II.... ..."

Table 8: Another clip, with 2016 frames.The correct number of cuts is 21.

in Illumination-Invariant Image Retrieval and Video Segmentation
by Mark S. Drew , Jie Wei, Ze-Nian Li 1999
"... In PAGE 21: ...Therefore even with perfect knowledge the color#7Bbased method cannot easily be optimized by simply setting a #0Cxed value for x. Table8 shows the results of the three methods of cut detection tested for this second video. 5.... ..."
Cited by 13

TABLE I PARAMETER VALUES: THREE-STATE MODELS x 2.016

in unknown title
by unknown authors 1993
Cited by 12

Table 1 Statistic of refinement propagation in a tube section mesh (Fig. 7) # Tetrahedra 2016 16128 129024

in Computational aspects of the refinement of 3D tetrahedral meshes
by J. P. Suárez , P. Abad , A. Plaza , M. A. Padrón

Table 1: Population Projections for County Carlow YEAR 1996 2001 2006 2011 2016

in unknown title
by unknown authors 2002

Table 2: Forecast emissions from Heathrow airport in 2016, with and without Terminal 5 (tonnes per year)

in By Professor John Whitelegg
by And Nick Williams, John Whitelegg, Nick Williams, Professor John Whitelegg, School Of The, Chris Evans
"... In PAGE 14: ... Taking an area around Heathrow of 8km by 6km, the following percentages of pollutants in the atmosphere could be attributed to the airport: 59% of nitrogen oxides; 76% of sulphur dioxide; 48% of VOCs and 45% of carbon monoxide12. Another study submitted to the Terminal 5 inquiry looked at the 1991 levels of various emissions, and the forecast levels of emissions with and without construction of Terminal 5 (See Table2 ). This study demonstrated how serious the problem is at Heathrow.... ..."
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