UNLV Electrical & Computer Engineering Faculty Research | Department of Electrical & Computer Engineering | University of Nevada, Las Vegas
 

Faculty research from the Electrical & Computer Engineering department.

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Submissions from 1992

Detumbling and Reorientation Maneuvers and Stabilization of NASA SCOLE System, M. Azam, Sahjendra N. Singh, Ashok Iyer, and Y. P. Kakad

Harmonic-analysis of Slip-power Recovery Drives, Yahia Baghzouz and M. Azam

Quantum Mechanical Tunneling Time and its Relation to the Tsu-Esaki Formula, M. Cahay, T. Dichiaro, P. Thanikasalam, and Rama Venkat

Stable Fraction Approach and Attitude-control of a Spinning Satellite Using a Gyrotorquer, K. Deprasanta and Ashok Iyer

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Integral Action for Chattering Reduction and Error Convergence in Sliding Mode Control, Pushkin Kachroo and Masayoshi Tomizuka

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Measurement of Thermal-Energy Charge-Transfer Rate Coefficient of Mo6+ and Argon, Victor H.S. Kwong, Z. Fang, Yingtao Jiang, T. T. Gibbons, and L. D. Gardner

Identification of Operational Subcubes in Unreliable Hypercubes, Shahram Latifi

Calculations and Measurements of the Unity Plus 3-phase Induction-motor, J. B. Medarametla, M. D. Cox, and Yahia Baghzouz

Nonlinear Ultimate Boundedness Control and Stabilization of a Flexible Robotic Arm, P. J. Nathan and Sahjendra N. Singh

Nonlinear Ultimate Boundedness Control and Stabilization of a Flexible Robotic Arm, P. J. Nathan and Sahjendra N. Singh

Adaptive Control of Decouplable Systems and Nonlinear Flight Control Systems, Sahjendra N. Singh and William R. Wells

Non-linear Excitation and Governor Control Using Sliding Modes, Peter Stubberud and Ashok Iyer

MBE growth of compound semiconductors: Part I. stochastic modeling, R. Venkat

MBE Growth of Compound Semiconductors: Part II. Applications of the Stochastic Model, Rama Venkat

MBE Growth of Compound Semiconductors: Part I. Stochastic Modeling, Rama Venkat

A Theoretical Study of Amorphouse-crystalline Transition in SI [111] MBE Growth, Rama Venkat, Donald L. Dorsey, and S. G. Das