p(wt) = N(w mN, SN) mN S N 1 SN (S¹mo +3¹t) T S¯¹ + ßÞ¹6. 0 (3.49) (3.50) (3.51)
3.7 (+) By using the technique of completing the square, verify the result (3.49) for the posterior distribution of the parameters w in the linear basis function model in which my and SN are defined by (3.50) and (3.51) respectively.
p(wt) = N(w mN, SN) mN S N 1 SN (S¹mo +3¹t) T S¯¹ + ßÞ¹6. 0 (3.49) (3.50) (3.51) 3.7 (+) By using the technique of comp
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p(wt) = N(w mN, SN) mN S N 1 SN (S¹mo +3¹t) T S¯¹ + ßÞ¹6. 0 (3.49) (3.50) (3.51) 3.7 (+) By using the technique of comp
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