Loop status monitoring involves the declaration of deterministic trends, such as oscillations and drifting in process plant control loops. By analysing various time domain statistics associated with PI control loops, a trend can be associated as one of seven categories. The basis for doing this is given and the categorisation process is described
This paper describes a procedure for the automatic detection of sluggish control loops obtained from...
During recent years, control loop performance monitoring has been a topic of interest in both acade...
Process monitoring involves tracking a system’s behaviors, evaluating the current state of the syste...
Loop status monitoring involves the declaration of deterministic trends, such as oscillations and dr...
Loop status monitoring involves the declaration of deterministic trends, such as oscillations and dr...
A problem loop in a process plant containing a number of interacting PI or PID control loops is iden...
Previous work presented a real-time algorithm for detection of oscillations in PI and PID feedback c...
The benefits of good loop tuning in the process industries have long been recognized. Ensuring that ...
The profitability of any industrial process is closely related to its ability to maintain near optim...
Optimal performance of controllers and control loops is crucial for process economy, quality and saf...
Plant-wide disturbance; control loop performance; principal components; diagnosis; non-linearity; mu...
Optimal performance of controllers and control loops is crucial for process economy, quality and saf...
The paper presents main features of a performance monitoring system, which, in addition to variables...
This paper describes two procedures for automatic monitoringof control loop performance. The first i...
A procedure for automatic monitoring of control-loop performance is presented. The control loop perf...
This paper describes a procedure for the automatic detection of sluggish control loops obtained from...
During recent years, control loop performance monitoring has been a topic of interest in both acade...
Process monitoring involves tracking a system’s behaviors, evaluating the current state of the syste...
Loop status monitoring involves the declaration of deterministic trends, such as oscillations and dr...
Loop status monitoring involves the declaration of deterministic trends, such as oscillations and dr...
A problem loop in a process plant containing a number of interacting PI or PID control loops is iden...
Previous work presented a real-time algorithm for detection of oscillations in PI and PID feedback c...
The benefits of good loop tuning in the process industries have long been recognized. Ensuring that ...
The profitability of any industrial process is closely related to its ability to maintain near optim...
Optimal performance of controllers and control loops is crucial for process economy, quality and saf...
Plant-wide disturbance; control loop performance; principal components; diagnosis; non-linearity; mu...
Optimal performance of controllers and control loops is crucial for process economy, quality and saf...
The paper presents main features of a performance monitoring system, which, in addition to variables...
This paper describes two procedures for automatic monitoringof control loop performance. The first i...
A procedure for automatic monitoring of control-loop performance is presented. The control loop perf...
This paper describes a procedure for the automatic detection of sluggish control loops obtained from...
During recent years, control loop performance monitoring has been a topic of interest in both acade...
Process monitoring involves tracking a system’s behaviors, evaluating the current state of the syste...
DOI
Add to ORKG