The objective of this paper is to develop an efficient method for testing of numerical computations based on algebraic concepts such as transcendental ...
We present general techniques for constructing simple to program self-testing/correcting pairs for a variety of numerical functions, including integer ...
The objective of this paper is to develop an efficient method for testing of numerical computations based on algebraic concepts such as transcendental ...
For example, the integer multiplication checker presented here seems much simpler than multiplication programs based on Fast Fourier transforms, and the matrix.
Self-testing/correcting with applications to numerical problems
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We present general techniques for constructing simple to program self-testing/correcting pairs for a variety of numerical functions.
This paper proposes the use of a polynomial code for synthesizing self-checking digital devices. The code is chosen for its error detection characteristics ...
Missing: Numerical | Show results with:Numerical
A self-checklng system can be designed using various self-checklng techniques at different levels: system level, module level, instruction level, and data ...
Missing: Numerical | Show results with:Numerical
The first electronic computers were expressly designed for numerical computing, and that application is still an overriding concern in the design of modern CPU ...
Cross-computing tools and techniques · Verification · Mathematics of computing · Mathematical analysis · Numerical analysis · Computations on matrices.
The Rayleigh quotient method, an iterative technique for finding eigenvalue–eigenvector pairs, is developed on page 99. The solution to the Swift–. Hohenberg ...