Computation, Optimization and Control

Named individual objects belonging to computation, optimization and control theory, the branch that studies how a quantity is computed, optimized or steered toward a target under constraints. Belongs here: a specific, individually notable algorithm, optimization problem or control-theoretic construction studied as an object in its own right, such as a named linear program, a specific automaton or a particular optimal-control formulation that carries its own identity separate from the general method it illustrates. Does not belong here: the branch entity Computation, Optimization and Control itself; and the general concepts and methods the field studies, which are typed as concept or theorem rather than mathematical-object when they name a general technique or claim rather than one specific instance.