Symbolic programming

In <a href="/facts/Computer_programming/QmSsFnu0">computer programming</a>, symbolic programming is a <a href="/facts/Programming_paradigm/7LwgRpB3">programming paradigm</a> in which the program can manipulate its own formulas and program components as if they were plain data.
Through symbolic programming, complex processes can be developed that build other more intricate processes by combining smaller units of logic or functionality. Thus, such programs can effectively modify themselves and appear to "learn", which makes them better suited for applications such as <a href="/facts/Artificial_intelligence/lJGauQwX">artificial intelligence</a>, <a href="/facts/Expert_systems/CUCzSEaX">expert systems</a>, <a href="/facts/Natural_language_processing/1hjMKsSN">natural language processing</a>, and computer games.
Languages that support symbolic programming include <a href="/facts/Homoiconic/jNG51mrs">homoiconic</a> languages such as <a href="/facts/Wolfram_Language/MDxl50Yq">Wolfram Language</a>, <a href="/facts/LISP/xJHA3CrX">Lisp</a>, <a href="/facts/Prolog/r5h66Qh1">Prolog</a>, and <a href="/facts/Julia_/AoB0PJ9C">Julia</a>.

Symbolic programming open-in-new

Symbolic programming