EDB — 2CV

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12.1 Semi continuity[2CV]

Let \((X,𝜏)\) be a topological space. We define "liminf" and "limsup" generalizing the definition already presented in [20F] when \(X={\mathbb {R}}\).

Definition 1

[2GW]

Definition 2

[138]

Note that \(f\) is lower semi continue if and only if \((-f)\) is upper semi continue: so in many subsequent exercises we will only see cases l.s.c. cases.

E2

[139]

E2

[13C]

E2

[13D]

E2

[13G]

E2

[13J]

E2

[13M]

E2

[13P]

E2

[13R]

E2

[13T]

E2

[13W]

E2

[13Y]

E2

[13Z]

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Bibliography
Book index
  • function, semi continuous , see upper/lower semicontinuous
  • lower semicontinuous
  • upper semicontinuous
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