how do you decode hidden markov models do c++ algorithm use silent states why is a model silent in c++ how do you decode hidden markov models? how do i account for silent states in forward and backward algorithms? what is the difference between a forward forward and backward model? what is silent model in c++ why do we use silent states in forward or backward models how to account for silent states in forward and backward models how to account for silent states in hidden markov models can we account for hidden markov model why do we use silent and forward models? how do we make forward and reverse models can you use a silent model for forward or backward does the forward and backward model contain silent states how to account for silent states in decoded models? what is silent state c# can a forward algorithm use silent state c++ definition of silent state how to account for silent state