Years = Better + Faster + Cheaper → More Note: PC units as of 2000. Desktop internet users as of 2005, installed base as of 2010. Mobile internet units are the installed based of smartphones & tablets in Meta, Alibaba, Apple, IBM, Oracle, Tencent, & Baidu for ten years ending 2022. ‘Tens of billions of units’ refers to the potential device & user base that could end up using AI technology; this includes Desktop Internet Mobile Internet AI Era ~1MM+ Units ~10MM+ Units ~300MM+ Units ~1B+ Units / Users ~4B+ Units Tens of Billions of Units MM Units in Log Scale Technology Compounding = Numbers

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters

the same as length(str) for a string, because some Unicode characters can occupy multiple "code units". You can perform arithmetic and other operations with end, just like a normal value: julia> str[end-1] variable-width encoding, meaning that not all characters are encoded in the same number of bytes ("code units"). In UTF-8, ASCII characters — i.e. those with code points less than 0x80 (128) – are encoded as encoded using multiple bytes — up to four per character. String indices in Julia refer to code units (= bytes for UTF-8), the fixed-width building blocks that are used to encode arbitrary characters