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Article 1:
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The separation loop as an architectural distinction between classical & modern control systems
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Article 2:
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Rho-Synthesis: A 'rhobustness' margin for unstructured nonlinear & time-varying deviations
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Article 3:
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On 'A tutorial comparison of three multivariable stability margins'
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Article 4:
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Discrete-time Rho-Syn
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Article 5:
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Beyond Kalman Filtering: the Trans-Kalman Filter (TKF)
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Article 6:
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Slideshow: Insufficiently exploited advanced control, filtering, system ID & signal processing algorithms
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Article 7:
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ACC 1998 Special Session: Bass Honor Papers re 'Influence of Bob Bass ...'
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Article 8:
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Optimally "cleaning" a noisy data matrix by annulling its smallest singular values
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Article 9:
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Rho-Syn's challenge to "post-modern" Mu-Syn
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Article 10:
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Rho-Syn STOL autopilot design
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Article 11:
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R.W. Bass, D.A. Hill, & P.B. Schmidt,"RhoSyn controller design for G11B ElectroStatic Gyro for Trident II submarine"
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Article 12:
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R.W. Bass, "On empirical system ID, possible external electromagnetic/electronuclear stimulation/actuation, and automatic feedback control of Cold Fusion," Proc. ICCF1, March 1990
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Article 13:
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Summary of Linear System Theory, from Anderson & Moore, "Optimal Filtering," 1979
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Article 14:
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Robert W. Bass, "Nanoscale Engineering of Crystalline MetaStable Elements," Nanotechnology Revolution Conference, February 24, 2006
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Article 15:
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Covers, Table of Contents, excerpts on Leverrier's algorithm for resolvents from Bernard Friedland, "Control System Design: An Introduction to State Space Methods," Dover Pubs., 2005
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Article 16:
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Diskcopter Synthesis Theorem, by Leonard Grayson & Robert Bass
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Article 17:
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Implementation of the Ho-Kalman Algorithm Via the Leverrier Resolvent,by Robert Bass
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