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  2. Aadhaar - Wikipedia

    en.wikipedia.org/wiki/Aadhaar

    The Aadhaar card itself is not a secure document (being printed on paper) and according to the agency should not be treated as an identity card [191] though it is often treated as such. However, with currently no practical way to validate the card (e.g. by police at airport entry locations) it is of questionable utility as an identity card.

  3. Identity documents of India - Wikipedia

    en.wikipedia.org/wiki/Identity_documents_of_India

    A large number of people remain without identity documents - poor people especially. In order to include them, identity requirements for Aadhaar have been reduced, however biometric facilities have been provided to reduce or eliminated duplication, so while it may be possible to obtain the card under a false name, it is less likely to be able to obtain another Aadhaar card under a different ...

  4. Intellectual property protection of typefaces - Wikipedia

    en.wikipedia.org/wiki/Intellectual_property...

    The names of particular fonts may be protected by a trademark. This is the weakest form of protection because only the font name itself is being protected. For example, the letters that make up the trademarked font Palatino can be copied but the name must be changed. [19]

  5. Voter ID (India) - Wikipedia

    en.wikipedia.org/wiki/Voter_ID_(India)

    Initially, voter IDs were printed with black ink on regular paper and laminated. Starting in 2015, [6] the Indian government started rolling out a less perishable PVC colour version, compliant with the ISO/IEC 7810 size standard [7] used by most payment and ATM cards. A new type PVC Voter ID Card/EPIC An paper Laminated Indian Voter Identity Card

  6. Unicode font - Wikipedia

    en.wikipedia.org/wiki/Unicode_font

    The Unicode standard does not specify or create any font (), a collection of graphical shapes called glyphs, itself.Rather, it defines the abstract characters as a specific number (known as a code point) and also defines the required changes of shape depending on the context the glyph is used in (e.g., combining characters, precomposed characters and letter-diacritic combinations).

  7. DIN 1451 - Wikipedia

    en.wikipedia.org/wiki/DIN_1451

    DIN 1451 is a sans-serif typeface that is widely used for traffic, administrative and technical applications. [1]It was defined by the German standards body DIN (Deutsches Institut für Normung, 'German Institute for Standardisation', pronounced like the English word din) in the standard sheet DIN 1451-Schriften ('typefaces') in 1931. [2]

  8. Courier (typeface) - Wikipedia

    en.wikipedia.org/wiki/Courier_(typeface)

    With the rise of digital computing, variants of the Courier typeface were developed with features helpful in coding: larger punctuation marks, stronger distinctions between similar characters (such as the numeral 0 vs. the upper-case O and the numeral 1 vs. the lower-case L), sans-serif variants, and other features to provide increased legibility when viewed on screens.

  9. List of typographic features - Wikipedia

    en.wikipedia.org/wiki/List_of_typographic_features

    Replaces 0 figure with slashed 0: Mathematical Greek: mgrk: S1 Replaces Greek characters with special forms for use in mathematics Flattened accent forms: flac: This feature is applied to individual glyphs during layout of math formula. Dotless Forms: dtls: The dotless forms are to be used as base forms for placing mathematical accents over them.