When someone speaks mathematical expressions, it can be challenging for computers to accurately interpret the intended structure, particularly with fractions and complex expressions. For example, the spoken phrase "a plus b over c" could be interpreted as either "a + b/c" or "(a + b)/c" in mathematical notation.
To resolve this ambiguity, additional steps or approaches may be necessary. Two potential solutions to consider are:
Adopting MathSpeak: Should we assume that the input follows MathSpeak conventions? MathSpeak is a standardized system designed to help visually impaired individuals communicate mathematical content unambiguously.
Implementing a multi-modal approach: Should we incorporate additional modalities, such as visual cues or gesture recognition, to determine which parts of the expression are emphasized or grouped together? This could help clarify the intended structure of the mathematical expression.
When someone speaks mathematical expressions, it can be challenging for computers to accurately interpret the intended structure, particularly with fractions and complex expressions. For example, the spoken phrase "a plus b over c" could be interpreted as either "a + b/c" or "(a + b)/c" in mathematical notation. To resolve this ambiguity, additional steps or approaches may be necessary. Two potential solutions to consider are: