A convenient notation for theoretic scheduling problems was introduced by Ronald Graham, Eugene Lawler, Jan Karel Lenstra and Alexander Rinnooy Kan in.
Big O notation | Z notation | Scheduling (computing) | scheduling | Reverse Polish notation | 99 Problems | Whyte notation | scheduling (computing) | Scheduling | Parts-per notation | Hilbert's problems | Xbox 360 technical problems | Visionaries: Small Solutions to Enormously Large Problems | Unsolved Problems in Number Theory | Trace Scheduling | Trace scheduling | The final form of Braille's alphabet, according to Henri (1952). The decade diacritics are listed at left, and the supplementary letters are assigned to the appropriate decade at right. Characters are derived by combining the diacritic on the left with the basic letters at top. "(1)" indicates markers for musical and mathematical notation. Parentheses and quotation marks follow English Braille | that book's notation | Siegbahn notation | scientific pitch notation | scheduling (production processes) | Reverse Polish Notation | reverse Polish notation | quote notation | Proof-theoretic semantics | Problems of Peace and Socialism | Portable Game Notation | Other People's Problems | Jewish race as a scapegoat for Germany's worst problems | Instruction scheduling |