Alain Rabbath

On a Comparative Study of Digital Redesign Methods

Publication date : Dec 1999
Paper File : digital_redesign.pdf



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Author(s)

Alain Rabbath, N. Hori,

Abstract

This paper compares the performances achieved with the conventional digital redesign techniques with those obtained with the modern global digital redesign methods such as the plant input mapping methods and the optimal digital redesign approach. The study based on a benchmark control system reveals that the reduced-order plant input mapping method, and not the optimal approach, offers what practicing control engineers are really looking for: simple controllers having a superior behavior in face of finite word length effects and over a relatively large band of sampling frequencies.

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Effective Real-time Simulations of Event-Based Systems

Publication date : Nov 2000
Paper File : event_based_systems.pdf



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Author(s)

Moussa Abdoune, Jean Bélanger, Alain Rabbath,

Abstract

This paper presents a set of novel tools that allow the efficient simulation, at fixed time steps, of event-based dynamic systems. The so-called RT-EVENTS library is an innovative toolbox that can be used with the SIMULINK graphical software and that solves the following two problems encountered in the simulations of event-based systems: (1) time consuming variable-step algorithms; and (2) inaccurate real-time simulations with fixed-step algorithms.

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Effective Modeling & Simulation of Internal Combustion Engine Control Systems

Publication date : Dec 1999
Paper File : engine_control.pdf



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Author(s)

K Butts, Herve Desira, Alain Rabbath,

Abstract

This paper proposes a novel modeling and simulation method as well as an integrated software/hardware solution to effectively model, from a time-domain point of view, and simulate internal combustion engine control systems, including the execution of batch of simulations.

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A Methodology for the Potential Improvement of Gas-Turbine Engine Digital Control Systems

Publication date : Dec 1999
Paper File : cca2000.pdf



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Author(s)

N. Hori, Alain Rabbath,

Abstract

This paper describes technology for high-performance simulation. Challenging applications such as real-time hardware-in-the-loop and mega-simulation are made possible using parallel architectures based on COTS PC components. The system described is flexible enough to allow expansion and reconfiguration, and covers the entire design process from modeling to real-time simulation or control without the user ever having to write code.

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