Journal of the ACM · 1966 · 14 citations · 6 references
ComputingComputer ScienceMathematicsAlgorithmsComputer-aided DesignTheory Of ComputationComputer Numerical ControlError EstimationNumerical AlgorithmsNumerical AnalysisNumerical Linear AlgebraComputational PrecisionError Analysis In ArithmeticError BoundingError BoundsError Bounds EstimationInterval AnalysisInterval ArithmeticPrecision
Recent developments in computer design and error analysis have made feasible the use of variable precision arithmetic and the preparation of programs that automatically determine their own precision requirements. Such programs enable the user to specify the accuracy he wants, and yield answers guaranteed to lie within the bounds prescribed. A class of such programs, called “contracting error programs,” is defined in which the precision is determined by prescribing error bounds on the data. A variant of interval arithmetic is defined which enables a limited class of algorithms to be programmed as contracting error programs. A contracting error program for the solution of simultaneous linear equations is described, demonstrating the application of the idea to a wider class of problems.
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Rounding errors in algebraic processes
Journal of the Franklin Institute · 1964 · 1.3K citations
B. E. Hubbard, L. B. Rall · Mathematics of Computation · 1966 · 78 citations
Unnormalized Floating Point Arithmetic
Robert L. Ashenhurst, N. Metropolis · Journal of the ACM · 1959 · 58 citations · Full text
Significance arithmetic on a digital computer
Max Goldstein · Communications of the ACM · 1963 · 17 citations · Full text
Algorithm 61: procedures for range arithmetic
Allan Gibb · Communications of the ACM · 1961 · 16 citations