Show that L(F, G) defined in Definition 11.2.3 is a metric; that is, show L(F, G) =
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Show that ρL(F, G) defined in Definition 11.2.3 is a metric;
that is, show ρL(F, G) = ρL(G, F), ρL(F, G) = 0 if and only if F = G, and
ρL(F, G) ≤ ρL(F, H) + ρL(H, G) .
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Related Book For 
Testing Statistical Hypotheses
ISBN: 9781441931788
3rd Edition
Authors: Erich L. Lehmann, Joseph P. Romano
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