P. 331 [Subscript a in Table 11.7.2]. Table 11.7.2. Optimal Fits of RDU for Data in Table 11.7.1 under Various Restrictions for Eqs. 11.7.1 and 11.7.2 Restrictions Assumed (for U) w(0.5) W(Ba) distance ambiguity from data aversion EU for Risk (-maxmin) 0.50* 2.25 0.12 0.75 0.38 RDU for risk with U() = 1* 0.41 0.31 0.81 0.10 RDU in general 0.95 0.42 0.32 0.57 0.10 Note: * assumed; bold print: fitted Pp. 334-335 [Distance in §11.8]. The distance to determine best fits is the distance measure described in Appendix A (and used throughout the book). P. 343 [Typos in lowest displayed formula]. jU(xj) = (EiEi1 ... E1)U(xi) + (EjEj+1 ... En)U(xj) (W+(Ei = ... E1) W+(Ei1 ... E1))U(xi) (W(Ej + ... En) W+(Ej+1 ... En))U(xj), P. 347 [Typo in unnumbered formula and below]. W+(E)(u()u(2)) = (1W+(E))(u(1)u(0)) W+(E)(u()u(2)) = W(E)(u(0)u()) .
P. 331 [Subscript a in Table 11.7.2]. Table 11.7.2. Optimal Fits of RDU for Data in Table 11.7.1 under Various Restrictions for Eqs. 11.7.1 and 11.7.2 Restrictions Assumed (for U) w(0.5) W(Ba) distance from data ambiguity aversion EU for Risk (-maxmin) 0.75 0.50* 0.38 2.25 0.12 RDU for risk with U() = 1* 0.41 0.31 0.81 0.10 RDU in general 0.95 0.42 0.32 0.57 0.10 Note: * assumed; bold print: fitted Pp. 334-335 [Distance in §11.8]. The distance to determine best fits is the distance measure described in Appendix A (and used throughout the book). P. 343 [Typos in lowest displayed formula]. jU(xj) = (EiEi1 ... E1)U(xi) + (EjEj+1 ... En)U(xj) = (W+(Ei ... E1) W+(Ei1 ... E1))U(xi) + (W(Ej ... En) W+(Ej+1 ... En))U(xj), P. 347 [Typo in unnumbered formula and below]. W+(E)(u()u(2)) = (1W+(E))(u(1)u(0)) W+(E)(u()u(2)) = W(E)(u(0)u()) .
pt_typos_corrections.docx