1. A system for natural language processing comprising: a processor configured to execute a natural language processing method, the method comprising, the processor receiving input data from one or more data sources, wherein the input data comprises one or more of plain text, and tokenized text; the processor tokenizing the text; the processor aggregating tokens into a three-level structure comprising a word level, a phrase level, and a clause level wherein, tokens are aggregated into words, words are aggregated into phrases, and phrases are aggregated into clauses; each element on a higher level comprises one or more elements of a lower level; tokens that are one or more of coordinating and subordinating words within a phrase are aggregated into one or more words that are separate from respective, coordinated or subordinated words, and the one or more of coordinating and subordinating words and their respective, coordinated or subordinated words are aggregated into one phrase; words that are one or more of coordinating and subordinating phrases within a clause are aggregated into one or more phrases that are separate from respective, coordinated or subordinated phrases, and the one or more of coordinating and subordinating phrases and their respective, coordinated or subordinated phrases are aggregated into one clause; and phrases that are one or more of coordinating and subordinating clauses are aggregated into one or more clauses that are separate from their respective coordinated or subordinated clauses; the processor determining syntactic connections between at least, every clause and its syntactically superior clause in the same sentence; every clause and its syntactically superior phrase, if they exist within the same sentence; every phrase and its syntactically superior phrase within the same clause; and every word and its syntactically superior word within the same phrase; and wherein, an element without its syntactically superior element becomes a root element; if one or more coordinated elements have a common syntactically superior element, the coordinated elements are connected to their respective coordinating element, and the coordinating element is connected to the element which is syntactically superior to the respective coordinated elements; and if one or more coordinated elements are all syntactically superior to an element, the syntactically subordinated element is connected to the element coordinating its respective syntactically superior elements; and the processor classifying each word, phrase and clause, wherein classification reflects a syntactic function of the word, the phrase and the clause; and phrases and clauses share a partially common set of possible syntactic functions comprising at least subject, object, complement and attribute function.
1. A system for natural language processing comprising: a processor configured to execute a natural language processing method, the method comprising, the processor receiving input data from one or more data sources, wherein the input data comprises one or more of plain text, and tokenized text; the processor tokenizing the text; the processor aggregating tokens into a three-level structure comprising a word level, a phrase level, and a clause level wherein, tokens are aggregated into words, words are aggregated into phrases, and phrases are aggregated into clauses; each element on a higher level comprises one or more elements of a lower level; tokens that are one or more of coordinating and subordinating words within a phrase are aggregated into one or more words that are separate from respective, coordinated or subordinated words, and the one or more of coordinating and subordinating words and their respective, coordinated or subordinated words are aggregated into one phrase; words that are one or more of coordinating and subordinating phrases within a clause are aggregated into one or more phrases that are separate from respective, coordinated or subordinated phrases, and the one or more of coordinating and subordinating phrases and their respective, coordinated or subordinated phrases are aggregated into one clause; and phrases that are one or more of coordinating and subordinating clauses are aggregated into one or more clauses that are separate from their respective coordinated or subordinated clauses; the processor determining syntactic connections between at least, every clause and its syntactically superior clause in the same sentence; every clause and its syntactically superior phrase, if they exist within the same sentence; every phrase and its syntactically superior phrase within the same clause; and every word and its syntactically superior word within the same phrase; and wherein, an element without its syntactically superior element becomes a root element; if one or more coordinated elements have a common syntactically superior element, the coordinated elements are connected to their respective coordinating element, and the coordinating element is connected to the element which is syntactically superior to the respective coordinated elements; and if one or more coordinated elements are all syntactically superior to an element, the syntactically subordinated element is connected to the element coordinating its respective syntactically superior elements; and the processor classifying each word, phrase and clause, wherein classification reflects a syntactic function of the word, the phrase and the clause; and phrases and clauses share a partially common set of possible syntactic functions comprising at least subject, object, complement and attribute function. 2. The system of claim 1 , wherein the natural language processing method comprises executing a plurality of functional modules for performing a natural language processing function, and wherein the processor is further configured to execute a clause divider module of the plurality of functional modules comprising: the processor receiving text divided into words from one or more of, another of the plurality of modules, and input data, wherein input data comprises data from a system external to the natural language processing system; the processor grouping the words into clauses; the processor determining connections between the clauses; and the processor classifying the clauses.