Robust root clustering for linear uncertain systems using generalized lyapunov theory. - Rama K. Yedavalli (Autom., 1993)

H∞ Control with regional stability constraints. - Rama K. Yedavalli; Yong Liu (Autom., 1995)

Robust controller design for matrix second-order systems with structured uncertainty. - Anjali M. Diwekar; Rama K. Yedavalli (IEEE Trans. Autom. Control., 1999)

Stability of matrix second-order systems: new conditions and perspectives. - Anjali M. Diwekar; Rama K. Yedavalli (IEEE Trans. Autom. Control., 1999)

New approaches for observer design in linear matrix second order systems. - Seung-Keon Kwak; Rama K. Yedavalli (ACC, 2000)

Observer design in matrix second order system framework; measurement conditions and perspectives. - Seung-Keon Kwak; Rama K. Yedavalli (ACC, 2000)

A necessary and sufficient extreme point solution for checking robust stability of polytopes of matrices. - Rama K. Yedavalli (ACC, 2000)

Satellite formation flying control design based on hybrid control system stability analysis. - Rama K. Yedavalli; Andrew G. Sparks (ACC, 2000)

Time response bounds for linear parametric uncertain systems. - Rama K. Yedavalli; C. R. Ashokkumar (Int. J. Syst. Sci., 2000)

Design of a LQR controller of reduced inputs for multiple spacecraft formation flying. - Scott R. Starin; Rama K. Yedavalli; Andrew G. Sparks (ACC, 2001)

Computational aspects of corrected versions of vertex solutions for checking robust stability of interval parameter matrices. - Rama K. Yedavalli (ACC, 2001)

An improved extreme point solution for checking robust stability of interval matrices with much reduced vertex set and combinatorial effort. - Rama K. Yedavalli (ACC, 2001)

Ultimate boundedness control of linear switched systems using controlled dwell time approach. - Rama K. Yedavalli; Andrew G. Sparks (CDC, 2001)

It suffices to check only two special vertex matrices in Kronecker space to analyze the robust stability of an interval matrix. - Rama K. Yedavalli (ACC, 2002)

Conditions for the existence of a common quadratic Lyapunov function via stability analysis of matrix families. - Rama K. Yedavalli (ACC, 2002)

Stability, controllability and observability criteria for the 'reciprocal state space framework'. - Yuan-Wei Tseng; Seung-Keon Kwak; Rama K. Yedavalli (ACC, 2003)

A noncombinatorial necessary and sufficient 'vertex' solution for checking robust stability of polytopes of matrices induced by interval parameters. - Rama K. Yedavalli (ACC, 2003)

Robustness study of the dynamic inversion based indirect adaptive control of flight vehicles with uncertain model data. - Rama K. Yedavalli; Praveen Shankar; David B. Doman (ACC, 2003)

Stability check of matrix families: how and why vertex solution for multiple vertex case is different from two vertex case. - Rama K. Yedavalli (ACC, 2004)

A Computationally Aware Vertex Solution for Stability Check Of Families of Linear State Space Systems. - Rama K. Yedavalli (CCCT (1), 2004)

A practical, computationally aware vertex solution for checking robust stability of 'structured' convex combinations of matrices. - Rama K. Yedavalli (ACC, 2006)

Qualitative stability concept from ecology and its use in the robust control of engineering systems. - Rama K. Yedavalli (ACC, 2006)

Robust Estimation and Fault Diagnostics for Aircraft Engines with Uncertain Model Data. - Rama K. Yedavalli (ACC, 2007)

Ecological Sign Stability and its use in robust control design for aerospace applications. - Rama K. Yedavalli; Nagini Devarakonda (CCA, 2008)

Robust stability of linear interval parameter matrix family problem revisited with accurate representation and solution. - Rama K. Yedavalli (ACC, 2009)

Engineering perspective of ecological sign stability and its application in control design. - Nagini Devarakonda; Rama K. Yedavalli (ACC, 2010)

A new and simple robust control design for linear systems with structured time varying real parameter uncertainty. - Nagini Devarakonda; Rama K. Yedavalli (CDC, 2010)

Sufficiency of vertex matrix check for robust stability of interval matrices via the concept of Qualitative Robustness. - Rama K. Yedavalli; Nagini Devarakonda (ECC, 2013)

Stability robustness analysis and its improvement for an industrial microgrid. - Ajit A. Renjit; Mahesh S. Illindala; Rama K. Yedavalli (IAS, 2014)

A new, convexity based, necessary and sufficient vertex solution for robust stability check of linear interval parameter matrix families. - Rama K. Yedavalli (ACC, 2015)

Security and vulnerability in the stabilization of networks of controlled dynamical systems via robustness framework. - Rama K. Yedavalli (ACC, 2015)

A Convexity Embedded Necessary and Sufficient Condition for the Hurwitz stability of a Real Matrix using its elemental sign structure and qualitative determinant concept. - Rama K. Yedavalli (CDC, 2015)

Analysis of Hurwitz stability/instability of a real matrix via the concepts of Qualitative Determinant and Signature of a matrix. - Rama K. Yedavalli (ACC, 2016)

A New, Necessary and Sufficient condition for Hurwitz Stability of a Real Matrix Without Characteristic Polynomial, Using Qualitative Reasoning. - Rama K. Yedavalli (ACC, 2018)

Robust stability bounds for multi-delay networked control systems. - Timothy Seitz; Rama K. Yedavalli; Alireza Behbahani (Int. J. Control, 2018)

Convex Stability of Interconnections-Free X shaped Real Square Matrices: New Conditions Using Transformation Allergic Indices and Proper X0 Definition. - Rama K. Yedavalli (ACC, 2024)

Transformation Allergic Index Singularity: A Hidden Premature Instability Unrecognizable by Hurwitz Stable Matrices with Serious Implications to Safety Critical Systems. - Rama K. Yedavalli (ACC, 2024)

A Necessary and Sufficient Condition for the Existence of Static Output Feedback Stabilization Gain via Non-Lyapunov, Transformation Allergic (TA) Approach for the Null Plant Matrix (NPM) Case. - Rama K. Yedavalli (ACC, 2024)