Consider now the allomorphs of the plural morpheme in English discussed in class: [21 (as in dogs), [s] (as in cats), [ez] (as in foxes). Let's represent them with the arpabet symbols Z, S and AH Z. Create an FST that takes as input the pronunciation of a noun (represented using arpabet symbols as in the CMU pronunciation dictionary) concatenated with a representation of the plural morpheme and the end of word symbol # used by J&M, and outputs the pronunciation of the plural form of the noun, followed by the symbol #. For example, given the input: daa g ^ s # (which corresponds to the word dog, the arbitrary symbol , the plural morpheme s, and the end of word symbol #) will produce as output daa g z # (which is the pronunciation of the plural form dogs). Other examples: Input (cat+s) kae t ^ s # Output (cats) kae ts# Input (dish+s) dihsh ^ s # Output (dishes) dh shah z # Consider now the allomorphs of the plural morpheme in English discussed in class: [21 (as in dogs), [s] (as in cats), [ez] (as in foxes). Let's represent them with the arpabet symbols Z, S and AH Z. Create an FST that takes as input the pronunciation of a noun (represented using arpabet symbols as in the CMU pronunciation dictionary) concatenated with a representation of the plural morpheme and the end of word symbol # used by J&M, and outputs the pronunciation of the plural form of the noun, followed by the symbol #. For example, given the input: daa g ^ s # (which corresponds to the word dog, the arbitrary symbol , the plural morpheme s, and the end of word symbol #) will produce as output daa g z # (which is the pronunciation of the plural form dogs). Other examples: Input (cat+s) kae t ^ s # Output (cats) kae ts# Input (dish+s) dihsh ^ s # Output (dishes) dh shah z #