5. The method of ranking language translations by executing computer-executable instructions stored on a non-transitory computer-readable medium, the method as claimed in claim 1 further comprises the step of: adding to said total number of reverse requests for said particular translation, if said particular translation is requested as an input phrase in the preferred language.
1. A method of ranking language translations by executing computer-executable instructions stored on a non-transitory computer-readable medium, the method comprises the steps of: providing a plurality of translation sources, wherein said plurality of translation sources includes a machine language-translation engine, a human language-translation database, a language-translation storage database, and a parallel language content database; retrieving a message in an original language through a user interface; compiling a plurality of applicable translations for said message in a preferred language by referring to the plurality of translations sources; determining an accuracy score for each of said plurality of applicable translations, wherein said accuracy score for a particular translation from said plurality of applicable translations is weighed by commonalities between said plurality of translation sources, a user input process, and a linguistic mapping process; displaying said accuracy score of each of said plurality of applicable translations with said plurality of applicable translations on said user interface; prompting to choose a best translation from said plurality of applicable translation; recording each of said plurality of applicable translations in said language-translation storage database, wherein each of said plurality of applicable translations comprises a total rating and a total number of reverse requests; and continuously updating said total rating and said total number of reverse requests for each of the plurality of applicable translations.