Linked from

The 41 pages that link to Unicode, each with the reason it gives.

• OrthographyRelated: Digital text encoding must represent orthographic characters and marks consistently.

• Writing systemRelated: Digital text depends on encoding conventions that represent signs consistently.

• Latin alphabetRelated: Unicode encodes Latin letters and their many language-specific variants for digital text.

• HangulRelated: Unicode represents Hangul jamo and syllables in digital text.

• GraphemeRelated: Unicode encoding exposes the distinction between abstract written units and stored characters.

• Character encodingNarrower topic: It supplies the shared character repertoire that modern encodings represent.

• Simplified Chinese charactersNarrower topic: Unicode assigns character identities independently of regional written-form conventions.

• PinyinRelated: Unicode support for tone-marked vowels made digitally correct Pinyin easier to publish and exchange.

• RomanizationCompared with: Unicode preserves original-script text, whereas romanization replaces it with Latin-script forms.

• DiacriticRelated: Unicode represents diacritics both as precomposed characters and as combining marks.

• TypesettingRelated: Unicode identifies text characters before fonts render them as glyphs.

• Mongolian scriptNarrower topic: Unicode enables Mongolian-script text to be stored and exchanged digitally.

• TransliterationRelated: Digital text can store both original scripts and transliterated forms as distinct character sequences.

• EmojiRelated: Unicode code points let emoji be encoded and exchanged across devices.

• EndiannessRelated: UTF-16 and UTF-32 encodings use byte-order conventions for multibyte code units.

• Latin scriptRelated: It enables Latin-script characters and their diacritics to be represented consistently in digital text.

• String (computer science)Related: Unicode provides a widely used repertoire for representing textual symbols.

• Traditional Chinese charactersRelated: Unicode encoding supports digital representation of traditional and simplified character forms.

• Video game localizationBroader topic: Unicode support enables broad script coverage, though fonts and game systems must also support it.

• ASCIINarrower topic: It extends text representation far beyond ASCII’s limited repertoire.

• Digital typographyRelated: Digital text uses Unicode characters that fonts map to visible glyphs.

• Georgian scriptsRelated: Unicode encodes Georgian characters for consistent digital text exchange.

• Cyrillic alphabetRelated: Unicode encodes Cyrillic letters so they can be stored and exchanged electronically.

• Khmer scriptRelated: Its Khmer block enables consistent digital encoding of Khmer characters.

• Thai scriptRelated: Unicode enables Thai characters to be stored and exchanged in digital text.

• UTF-8Narrower topic: UTF-8 is one of Unicode's standard encoding forms.

• DigitRelated: Digital text must encode digit symbols as characters distinct from their numeric values.

• Tamil scriptNarrower topic: Unicode provides the encoding framework for storing and exchanging Tamil script digitally.

• Web standardsRelated: Web specifications rely on it to represent text consistently across languages and systems.

• Arabic numeralsRelated: Unicode distinguishes Western and other decimal digit characters despite their related uses.

• Computer keyboardNarrower topic: Text entered through a keyboard is ultimately represented using character encoding.

• ApostropheRelated: Digital text distinguishes the apostrophe character from typographic quotation marks.

• ASCII artNarrower topic: Unicode offers vastly more drawing symbols than ASCII's original character repertoire.

• Software portabilityRelated: Using a shared character standard avoids dependence on local character encodings.

• Sylheti languageRelated: Digital support for Sylheti Nagri depends on character encoding and font availability.

• Text fileBroader topic: Unicode supplies the characters that many text files encode.

• Binary fileRelated: Unicode characters still require an encoding to become bytes in a file.

• HFS PlusNarrower topic: HFS Plus encodes filenames in Unicode rather than relying only on legacy Mac character sets.

• Numerical digitRelated: Digit glyphs are encoded as characters so software can store and display them.

• Currency symbolRelated: Unicode provides standardized encodings for many currency symbols.

• GuillemetRelated: Unicode encodes guillemet characters separately from ordinary angle brackets.