The paper presents two recently developed, Matlab-based analysis tools for realtime control systems. The first tool, called Jitterbug, is used to compute a performance criterion for a control loop under various timing conditions. The tool makes it easy to quickly judge how sensitive a controller is to implementation effects such as slow sampling, delays, jitter, etc. The second tool, called TrueTime, allows detailed co-simulation of process dynamics, control task execution, and network communication in a distributed real-time control system. Arbitrary scheduling policies may be used, and the tasks may be written in C code, Matlab code, or implemented as Simulink block diagrams
A survey of four co-design tools for joint analysis, simulation, and design of computer-based contro...
Abstract — In the development of a real-time embedded control system it is necessary several types o...
In this paper, we first identify the potential violations of control assumptions inherent in standar...
A modern control system is typically implemented as a multitasking software application executing in...
Abstract in Undetermined The temporal non-determinism introduced by computing and communication in t...
The paper presents JITTERBUG, a MATLAB-based tool-box for real-time control performance analysis. Th...
The paper presents Jitterbug, a Matlab-basedtoolbox for real-time control performance analysis. The ...
Abstract: Traditional control design using MATLAB/Simulink, often disregards the temporal effects ar...
The paper presents TrueTime, aMatlab/Simulink-based simulator for real-time controlsystems. TrueTime...
The manual describes the use of Jitterbug, a Matlab toolbox for analysis of real-time control perfor...
Computer-based control systems and networked control systems are hybrid systems where continuous tim...
Linking scheduling attributes to control performance specifications is a difficult problem. This pap...
This paper presents JitterTime, a small Matlab toolbox for calculating the transient performance of ...
The manual describes the use of TrueTime, a Matlab/Simulink-based tool for simulation of distributed...
This report describes the work carried out within the research project ``Merging Real-Time and Contr...
A survey of four co-design tools for joint analysis, simulation, and design of computer-based contro...
Abstract — In the development of a real-time embedded control system it is necessary several types o...
In this paper, we first identify the potential violations of control assumptions inherent in standar...
A modern control system is typically implemented as a multitasking software application executing in...
Abstract in Undetermined The temporal non-determinism introduced by computing and communication in t...
The paper presents JITTERBUG, a MATLAB-based tool-box for real-time control performance analysis. Th...
The paper presents Jitterbug, a Matlab-basedtoolbox for real-time control performance analysis. The ...
Abstract: Traditional control design using MATLAB/Simulink, often disregards the temporal effects ar...
The paper presents TrueTime, aMatlab/Simulink-based simulator for real-time controlsystems. TrueTime...
The manual describes the use of Jitterbug, a Matlab toolbox for analysis of real-time control perfor...
Computer-based control systems and networked control systems are hybrid systems where continuous tim...
Linking scheduling attributes to control performance specifications is a difficult problem. This pap...
This paper presents JitterTime, a small Matlab toolbox for calculating the transient performance of ...
The manual describes the use of TrueTime, a Matlab/Simulink-based tool for simulation of distributed...
This report describes the work carried out within the research project ``Merging Real-Time and Contr...
A survey of four co-design tools for joint analysis, simulation, and design of computer-based contro...
Abstract — In the development of a real-time embedded control system it is necessary several types o...
In this paper, we first identify the potential violations of control assumptions inherent in standar...