The formation tree representation can be extended to other languages or writing systems by adapting the concept of hierarchical decomposition to suit the specific characteristics of those languages. For languages with alphabets or phonetic scripts, the formation tree can be designed to capture the structural relationships between letters or phonemes. This would involve identifying the basic building blocks of the language, such as letters or phonetic units, and organizing them hierarchically based on their relationships within words or characters.
Additionally, the formation tree representation can be customized to accommodate the unique features of different writing systems. For example, languages with complex scripts like Arabic or Devanagari may require a more intricate tree structure to represent the arrangement of characters or ligatures. By tailoring the formation tree to the specific properties of each language, it can effectively capture the structural information necessary for character recognition and other language processing tasks.