used by the Ainu people of JapanSupport for some characters in

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In the T-encoding, characters are usually 1 to 2 bytes, while most languages ​​in the world take 1 to 2 bytes. Therefore, the token length of non-English languages ​​tends to be 1 to 2 words per word on average, which is less efficient than English. Considering that the extended context length of T--t supports at most 1, the difference in efficiency of 1 language becomes more obvious. How many words are 1? Here is an average English is about 1, words Simplified Chinese is about 1, characters Korean is about 1, characters English is 1.5 times more efficient than Chinese and 1.



5 times more efficient than Korean in terms iran telephone number of word efficiency. In summary, English is the most efficient language for T-encoding, and its efficiency is about 1.5 times that of Chinese, Japanese, and Korean. Two other examples of languages ​​are Klingon and Javanese. The support of a language by a large language model depends on whether the language is included in the standard character encoding system. If a language is missing then the big language model will not support that language. Here are some examples of unsupported languagesTangsa – the language of the Tangsa people in India and Myanmar.



Toto – the language of the Toto tribe in West Bengal, IndiaInnu – the Katakana blockHm – a script created in the mid-century for writing the Hmong languageHm – used by the Hm people of India and Bangladesh. Used by people in Liberia and GuineaWai – a syllabic script used by the Wai people of LiberiaSawa – a script used for writing the Bassa language of Liberia.KlingonKlingon is an artificial language in the Star Trek universe but not in the Star Trek universe. So due to lack of support big language models like htT cannot read or process Klingon script.