### Table 1. Constant Factors in The Lower Bounds

"... In PAGE 7: ... This is probably quite hard to work out in any generality, but is easy when restricting attention to numerical examples. Table1 provides such an example. It shows the values of B0(f); B1(f); B2(f); B2 1(f)=B2 0(f), B2 2(f)=B2 1(f), 3B2 1(f)=B2 0(f) and 5B2 2(f)=3B2 1(f) for the 15 normal mixture densities in Marron and Wand (1992).... In PAGE 8: ...Table1 not only gives us an idea as to how di cult it is to select a bandwidth for a variety of densities and derivatives, but also implies that this problem usually (but not always) gets worse with k, although probably not exceedingly so. For example, if f = N(0; 1) (density (#1)), then asymptotically f0 is D1;0 = 2:16 (or D 1;0 = 6:48) times as di cult as f, and f00 is D2;1 = 2:45 (or D 2;1 = 4:08) times as di cult as f0 in terms of bandwidth selection.... ..."

### Table 1: Summary of algorithm examples (constant factors omitted)

"... In PAGE 22: ... The use of BSPRAM was illustrated on the examples of butter y dag computation, cube dag computation, matrix multiplication and sorting. The correspond- ing values of the BSP cost, the type of BSPRAM used, and the character- istics of the obtained algorithms are summarised in Table1 . The BSPRAM approach encourages natural speci cation of the problems: the input and output data are assumed to reside in the main memory, and no assumptions on data distribution are necessary.... ..."

### Table 1.1: Constant factor of Blinn model at difierent exponents

### TABLE 1: Three wavelet basis functions and their properties. Constant factors for 0 and b 0 ensure a total

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### Table 1 gives an overview of some of the error functions with non-linear average predictors. Any constant factors are omitted.

"... In PAGE 3: ... Table1 .... ..."

### Table A-6. Group additivity rate constants and factors used for estimating rates of abstraction reactions by Cl atoms.

2007

### Table A-7. Group additivity rate constants and factors used for estimating rates of addition of Cl atoms to double bonds.

2007