NLP, Machine Learning, Deep Learning, Artificial Intelligence, AI.
multiplied by the backward variable of the ‘Sunny’ state at time t=1, 0.0071. The result is 0.001704. The initial probability π of the ‘Rainy’ state, 0.4, multiplied by the emission probability from the ‘Rainy’ state at time t=1 to the observable ‘Paint’, 0.3, and then multiplied by the backward