For example, in the "Synapses" chapter, the left-to-right sequence of main tabs to select from are: 1) Presynaptic Terminal, 2) Postsynaptic Mechanisms, 3) Complex Circuits Between Neurons, and 4) Synaptic Plasticity.
LTRHMM1s have been adopted in many studies in the areas of speech, speaker, and emotion recognition in the last three decades because phonemes follow strictly the left to right sequence [18 20].
For example, for the row column cursor path shown in Fig. 2, to reach position 12 (supposing the keys are indexed in sequence from left-to-right and top-to-bottom), it will first take two steps to reach the second row, and then four steps to reach the fourth column in row 2. Therefore, in this cursor path, the total number of steps to reach position 12 is S 12=2+4=6.
The septal activation sequence changed from left-to-right during native conduction to a right-to-left septal activation pattern which is in accordance to previous data [18].
In order to perform this phase we present two algorithms based, respectively, on left-to-right and right-to-left pattern matching algorithms.
On their leaf nodes, in left to right order, the labels spell out the primary sequence, built from nucleotides A, C, G and U.
In 3/7 datasets, left-to-right switches were more common; in 3/7, right-to-left were more common; in 1 dataset they were tied.
The left-to-right variations in bone morphology were less than 5%.
If this assumption is correct, knowing the neuronal trajectories for right-to-left and left-to-right journeys in one subtask should allow classification into right-to-left and left-to-right journeys in the other subtasks.
To reduce this bias, in each iteration, we estimate the distribution over four sequences (top-to-bottom, bottom-to-up, left-to-right, and right-to-left) and update with the mixture of these distributions.
In each column, green and red dotted lines enclose left-to-right and right-to-left journeys, respectively.
