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- Timestamp:
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Mar 25, 2009, 6:48:08 PM (16 years ago)
- Author:
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Víctor de Buen Remiro
- Comment:
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v9
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v10
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29 | 29 | 1. Since [[LatexEquation(\beta $$)]] are determined by [[LatexEquation(\epsilon $$)]] by means of a full range linear equation, their densities have constant ratio, and logarithm of density of candidate vector can be calculated directly as [[BR]] [[LatexEquation(cte -\frac{T}{2}\log\left(2\pi\right)-\frac{1}{2}\sum_{t=1}^{T}\epsilon_{t}^{2}$$)]] |
30 | 30 | 1. ARIMA noise for current system becomes simply [[BR]][[LatexEquation(z_t = \frac{\theta\left(B\right)}{\phi\left(B\right)} e_t $$)]] |
31 | | 1. Then, we can solve sparse linear system [[BR]][[LatexEquation(Y = X \beta + z $$)]] |
| 31 | 1. Then, we can solve sparse linear system [[BR]][[LatexEquation(X \beta = Y-z $$)]] |
32 | 32 | 1. If resulting vector doesn't match constraining inequations [[BR]] [[LatexEquation(A \beta <= a $$)]][[BR]] density will be toggled to [[LatexEquation(-\infty $$)]] in order to force rejection. |
33 | 33 | |