Iterative interpolation and numerical differentiation using divided differences
Iterative interpolation and numerical differentiation using divided differences
ITERATIVE SOLUTION↗
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Results for “interpolation”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Short-term recall of paired-associates as a function of the number of interpolated pairs.
Short term memory of paired associates studied using continuous technique, noting recall as function of number of interpolated pairs
LEARNING↗
Improved first order interpolator
Data compression method enables first order interpolator to operate at higher speeds. Method requires same number of additions and subtractions but fewer multiplications than the conventional method.
Andrews, C. A.↗
Charts for interpolation of local skin friction from experimental turbulent velocity profiles
Graphical interpolation charts of local skin friction from compressible velocity profiles
Allen, J. M.↗
Frequency spectra in disordered alloys - An interpolation formula.
Qualitative interpolation formula for phonon frequency spectrum of mass disordered alloys three dimensional systems at high concentrations
Goodman, B.↗
Osculatory interpolation.
Osculatory interpolation explicit method demonstration with error terms determination
Kahng, S. W.↗
Phase interpolation circuits using frequency multiplication for phased arrays
Antenna phasing circuit is described with the following advantages - 1/ increased number of phased elements, 2/ current repetition for each array element, 3/ circuit simplicity, and 4/ accurate phase interpolation. This circuit functions with Huggins Scan or with nearly any other phasing system.
Caron, P. R.↗
A multivariate interpolation technique to produce three-dimensional surface plots of vibrating structures
Multivariate interpolation technique for three dimensional surface plots of vibrating structures
Lister, D. M.↗
Interpolation for functions of several variables
Algebraic techniques in interpolation theory for functions of several variables
Cohen, J. S.↗
Phase interpolation circuits for scanning phased arrays
Phase interpolation circuits for scanning phased arrays
Caron, P. R.↗
Interpolation of Bode's table of the solar continuous absorption coefficient
Subroutine for interpolation of data tables on solar continuous absorption coefficient
Wadsworth, E. M.↗
A class of phase-interpolation circuits for scanning phased arrays
Phase interpolation circuits for scanning phased array antennas, using doublers and frequency multipliers
Caron, P. R.↗
Efficient algorithms for polynomial interpolation and numerical differentiation
Algorithms based on Newton formula for polynomial interpolation and numerical differentiation
Krogh, F. T.↗
Frequency interpolation correction for Alouette II ionograms
Alouette 2 ionograms frequency interpolation correction allowing measurement accuracy comparable to sounder system resolution
Benson, R. F.↗
On the use of linear interpolation in opacity tables
Errors resulting from linear interpolation use in opacity tables for stellar interior calculations
Rood, R. T.↗
Linear interpolation of four-dimensional tabulated data for computers with single subscripted variable capability
Using only a one-dimensional subscripted variable, a FORTRAN computer subprogram was developed to linearly interpolate tabulated data of functions of four or less variables. The primary motivation was for faster computation.
Farr, W. R.↗