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Preface Edit

page XVII: one reads

Mandl

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It should be, In the second chapter, second order differential operators and (...)

Chapter 1 - Preliminary Chapter Edit

page 16: one reads

Petrmandl

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It should be $ H_n(\delta,\epsilon) = \underset{\vert s-t \vert< \epsilon}{\bigcap_{s,t \in S_n}}\{ \vert X_t - X_s \vert < 4 \delta, \max(t,s) + \epsilon < \zeta\} $ instead of$ H_n(\delta,\epsilon) = \underset{\vert s-t \vert< \epsilon}{\bigcap_{s,t \in S_n}}\{ \vert X_t - X_s \vert \geq 4 \delta, \max(t,s) + \epsilon < \zeta\} $

and it should be $ P_x(H_n(\delta, \epsilon)^c)\leq 4 \rho(\delta,2\epsilon)/\epsilon $ instead of $ P_x(H_n(\delta, \epsilon))\leq 4 \rho(\delta,2\epsilon)/\epsilon $

Chapter 2 - Differential Operator $ D_m D_p^+ $ Edit

page 22: one reads

Mandl02

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It should be $ D^+_p f(x) = \int_0^x g(y) \, dm(y) + D^+_p f(0) $ Instead of $ D^+_p f(x) = \int_0^y g(y) \, dm(y) + D^+_p f(0) $

page 24: one reads

Mandl03

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It should be $ [j_0- \delta, j_0] $ instead of $ [j_0,- \delta, j_0] $