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Page 262
Since the integral Ss ( s ) u ( ds ) satisfies the inequality 1st ( s ) u ( ds ) < sup \ | (
s ) [ 0 ( 4 , S ) , it is clear that the integral is a continuous linear functional on C ( S
) . The following theorem is a converse to this statement . 2 THEOREM .
Since the integral Ss ( s ) u ( ds ) satisfies the inequality 1st ( s ) u ( ds ) < sup \ | (
s ) [ 0 ( 4 , S ) , it is clear that the integral is a continuous linear functional on C ( S
) . The following theorem is a converse to this statement . 2 THEOREM .
Page 282
It is clear that T ( 8 ) CT ( ) if < d and that -teT ( E ) whenever te T ( € ) . The
function f is said to be almost periodic if it is continuous and if for every e > 0 there
is an L L ( € ) > 0 such that every interval in R of length L contains at least one
point of ...
It is clear that T ( 8 ) CT ( ) if < d and that -teT ( E ) whenever te T ( € ) . The
function f is said to be almost periodic if it is continuous and if for every e > 0 there
is an L L ( € ) > 0 such that every interval in R of length L contains at least one
point of ...
Page 292
Since it is clear that E32 E1 , we conclude that E32 E , from which the desired
result follows . Q.E.D. 9 THEOREM . A subset K of L ( S , E , u ) is weakly
sequentially compact if and only if it is bounded and the countable additivity of
the integrals ...
Since it is clear that E32 E1 , we conclude that E32 E , from which the desired
result follows . Q.E.D. 9 THEOREM . A subset K of L ( S , E , u ) is weakly
sequentially compact if and only if it is bounded and the countable additivity of
the integrals ...
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Contents
Preliminary Concepts | 1 |
B Topological Preliminaries | 10 |
Algebraic Preliminaries | 34 |
Copyright | |
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