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Page 240
The space 10 . bs is the linear space of all sequences x = { a } of scalars for which
the norm 72 | x = sup 1 ail n i = 1 is finite . 11. The space cs ... SES A scalar
function f on S is E - measurable if | -1 ( A ) € £ for every Borel set A in the range
of f .
The space 10 . bs is the linear space of all sequences x = { a } of scalars for which
the norm 72 | x = sup 1 ail n i = 1 is finite . 11. The space cs ... SES A scalar
function f on S is E - measurable if | -1 ( A ) € £ for every Borel set A in the range
of f .
Page 256
If , however , each of the spaces X1 , . . . , Xn are Hilbert spaces then it will always
be understood , sometimes without explicit mention , that X is the uniquely
determined Hilbert space with scalar product ( iv ) ( [ Xp , . - . , X ' n ] , [ ypy • Yn ] )
= ( ...
If , however , each of the spaces X1 , . . . , Xn are Hilbert spaces then it will always
be understood , sometimes without explicit mention , that X is the uniquely
determined Hilbert space with scalar product ( iv ) ( [ Xp , . - . , X ' n ] , [ ypy • Yn ] )
= ( ...
Page 323
A scalar valued measurable function f is said to be integrable if there exists a
sequence { fn } of simple functions such that ( i ) İn ( s ) converges to f ( s ) u -
almost everywhere ; ( ii ) the sequence { Seln ( s ) u ( ds ) } converges in the norm
of X ...
A scalar valued measurable function f is said to be integrable if there exists a
sequence { fn } of simple functions such that ( i ) İn ( s ) converges to f ( s ) u -
almost everywhere ; ( ii ) the sequence { Seln ( s ) u ( ds ) } converges in the norm
of X ...
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Contents
Preliminary Concepts | 1 |
B Topological Preliminaries | 10 |
Algebraic Preliminaries | 34 |
Copyright | |
80 other sections not shown
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