This technical report describes JitterTime, a Matlab toolbox for calculating the time-varying state covariance of a mixed continuous/discrete linear system driven by white noise. It also integrates a quadratic cost function for the system. The passing of time and the updating of the discrete-time systems are explicitly managed by the user in a simulation run. Since the timing is completely handled by the user, any complex timing scenario can be analyzed, including scheduling algorithms, timing jitter and drift, and asynchronous execution in distributed systems. Some examples of how the toolbox can be used to evaluate the control performance of time-varying systems are given
In many real-time control applications, the ability to accurately track a reference trajectory with ...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
Sinusoidal jitter is produced by simply modulating a clock frequency sinusoidally with a given frequ...
This paper presents JitterTime, a small Matlab toolbox for calculating the transient performance of ...
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 in Undetermined The temporal non-determinism introduced by computing and communication in t...
The paper presents two recently developed, Matlab-based analysis tools for realtime control systems....
Linking scheduling attributes to control performance specifications is a difficult problem. This pap...
The manual describes the use of Jitterbug, a Matlab toolbox for analysis of real-time control perfor...
Most control systems involve the execution of periodic activities, which are automatically activated...
It is well known that jitter has an impact on control system performance, and this is often used as ...
A modern control system is typically implemented as a multitasking software application executing in...
In this paper, we first identify the potential violations of control assumptions inherent in standar...
Using current methods it is difficult to predict the effects of clock jitter on a real time control ...
In many real-time control applications, the ability to accurately track a reference trajectory with ...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
Sinusoidal jitter is produced by simply modulating a clock frequency sinusoidally with a given frequ...
This paper presents JitterTime, a small Matlab toolbox for calculating the transient performance of ...
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 in Undetermined The temporal non-determinism introduced by computing and communication in t...
The paper presents two recently developed, Matlab-based analysis tools for realtime control systems....
Linking scheduling attributes to control performance specifications is a difficult problem. This pap...
The manual describes the use of Jitterbug, a Matlab toolbox for analysis of real-time control perfor...
Most control systems involve the execution of periodic activities, which are automatically activated...
It is well known that jitter has an impact on control system performance, and this is often used as ...
A modern control system is typically implemented as a multitasking software application executing in...
In this paper, we first identify the potential violations of control assumptions inherent in standar...
Using current methods it is difficult to predict the effects of clock jitter on a real time control ...
In many real-time control applications, the ability to accurately track a reference trajectory with ...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
Sinusoidal jitter is produced by simply modulating a clock frequency sinusoidally with a given frequ...