4. The method of claim 1 further comprising: determining at least one relevant variable based on said extracted required value phrase; and determining at least one current value for said at least one determined relevant variable.
1. An automated method for generating an answer to an input question comprising a location specific (L) word or phrase using natural language processing (NLP), said method comprising: generating and maintaining, by a processor of a hardware device, an online L-word dictionary, wherein said generating and maintaining comprises: determining a relationship between a plurality of L-words and a plurality of corresponding values, wherein said plurality of corresponding values include a plurality of related lookup phrases and a plurality of concept terms; mapping said plurality of L-words to said plurality of corresponding values based on said determined relationship; and storing said mapped plurality of L-words to said plurality of corresponding values in said online L-word Dictionary comprised by a specialized remotely located database computer; retrieving, by said processor via circuitry of a mobile device of a user, location specific attributes associated with a current location of said mobile device and said user; retrieving, by said processor, location specific settings and location specific preferences associated with said user; receiving, by said processor, said input question, wherein said input question is entered by said user via a graphical user interface associated with said mobile device; executing, by said processor, an NLP analysis with respect to said input question to extract a required value phrase; generating, by said processor, at least one mathematical equation based on the extracted required value phrase, wherein said generating said at least one mathematical equation comprises: identifying said location specific word or phrase comprised by said received input question, wherein a value associated with said identified location specific word or phrase varies according to a particular geographical point, and wherein said identifying comprises communicating online with said specialized remotely located database computer to access said online L-word Dictionary; and resolving said identified location specific word or phrase comprised by said received input question, wherein said resolving comprises said communicating online with said specialized remotely located database computer to access said online L-Word Dictionary and recursively mapping a plurality of variables associated with said location specific word or phrase to at least one formula contained in said L-Word Dictionary; forming, by said processor, at least one interim question based on said extracted required value phrase; solving, by said processor executing specialized circuitry, said at least one formed mathematical equation and the at least one formed interim question, wherein said solving comprises prompting said user via said graphical user interface for a plurality of digital input to resolve an ambiguity associated with said at least one formed mathematical equation and said at least one formed interim question; determining, by said processor, said answer to said input question in natural language based on said solved at least one interim question or said solved at least one mathematical equation, wherein said determining said answer comprises said hardware device simultaneously interacting with a specialized on-line question-answer system to simultaneously search: an internet, a plurality of online data repositories, a plurality of online databases, and a plurality of online corpuses according to said value associated with said identified location specific word or phrase associated with said particular geographical point; and narrating, by said processor, said answer to said input question in natural language based on said solved at least one interim question or said solved at least one mathematical equation, wherein said narrated answer comprises an automated interactive response from said hardware device in real time.