1. A computer implemented method for processing language input comprising the steps of: using at least one processor to perform: determining at least two possible meanings for a language input; determining a first probability that a first possible meaning of the at least two possible meanings is a correct interpretation of said language input; determining a second probability that a second possible meaning of the at least two possible meanings is a correct interpretation of said language input computing at least one relative delta computation comprising a value derived at least in part on a difference between at least the first probability and the second probability, the difference divided by a denominator based on the first probability; detecting at least one irregularity within said language input based upon said relative delta computation; and performing at least one programmatic action responsive to detecting said irregularity.
1. A computer implemented method for processing language input comprising the steps of: using at least one processor to perform: determining at least two possible meanings for a language input; determining a first probability that a first possible meaning of the at least two possible meanings is a correct interpretation of said language input; determining a second probability that a second possible meaning of the at least two possible meanings is a correct interpretation of said language input computing at least one relative delta computation comprising a value derived at least in part on a difference between at least the first probability and the second probability, the difference divided by a denominator based on the first probability; detecting at least one irregularity within said language input based upon said relative delta computation; and performing at least one programmatic action responsive to detecting said irregularity. 8. The method of claim 1 , further comprising the step of receiving a top-n list of possible meanings for said language input, wherein said determining of possible meanings further comprises selecting at least two possible meanings contained within said top-n list.