Error analysis of hybrid computer systems

Miura T. Iwata J. Effects of digital execution time in a hybrid computer Proceedings FJCC Las Vegas Nevada 1963 pp 251-266

Widrow B. A study of rough amplitude quantization by means of Nyquist sampling theory IRE Transactions PGCT vol III 1956 pp 266-276

Miller K.S. Murray F.J. A mathematical basis for an error analysis of differential analyzers Journal of Mathematics and Physics no 2and3 1953 pp 136-163

Meissinger H. Parameter influence coefficients and weighting functions applied to perturbation analysis of dynamic systems Proceedings Third International Congress AICA Optija Yugoslavia 1961 pp 207-216

Bihovski M.L. Sensitivity and dynamic accuracy of control systems Engineering Cybernetics vol 2 no 6 December 1964

Karplus W.J. Vidal J. Characterization and evaluation of hybrid systems Proceedings IFAC Symposium on System Engineering Tokyo Japan August 1965

Vidal J. Karplus WJ Keludjian G. Sensitivity coefficients for the correction of quantization errors in hybrid computer systems Proceedings IFAC Symposium on Sensitivity Analysis Dubrovnik Yugoslavia September 1964

Vidal J. Karplus WJ Characterization and compensation of quantization errors in hybrid computer systems IEEE International Convention Record part III New York 1965 pp 236-241

Bekey G. Tomovic R. Sensitivity of discrete systems to variation of sampling interval University of Southern California electrical engineering report no 127 March 1965

Gelman R. Corrected inputs—a method for improved hybrid simulation Proceedings FJCC Las Vegas Nevada 1963 pp 267-276

Connelly M.E. Federoff O. A demonstration hybrid computer for real-time flight simulation Massachusetts Institute of Technology report ESL-FR-218 Cambridge Massachusetts February 1965 SIMULATION vol 5 no 3 September 1965