This paper analysis control computation latency and jitter, which have been largely ignored in the control community for real-time (RT) control. The focus is on RT control systems with multiple control tasks running on a uniprocessor. Three strategies are proposed to reduce control latency and/or jitter: introduction of offsets into control task scheduling decomposition of control tasks; and increasing the priority levels of output subtasks. Examples are given to demonstrate the effectiveness of the proposed methods
In resource-constrained systems, the interference generated by the concurrent execution of multiple ...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
The majority of computers around us are embedded in productsand dedicated to perform certain tasks. ...
This paper analysis control computation latency and jitter, which have been largely ignored in the c...
In this paper, we first identify the potential violations of control assumptions inherent in standar...
This report describes the work carried out within the research project ``Merging Real-Time and Contr...
The paper considers the implementation of digital controllers as real-time tasks in priority-preempt...
Real-time control algorithms are designed based on the characteristics of the controlled plants and ...
Most control systems involve the execution of periodic activities, which are automatically activated...
A modern control system is typically implemented as a multitasking software application executing in...
General-purpose microprocessors are increasingly being used for control applications due to their wi...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
The paper presents a computational model for real-time controltasks, with the primary goal of simpli...
The paper presents a computational model for real time control tasks, with the primary goal of simpl...
Most real-time computer-controlled systems are developed in two separate stages: controller design f...
In resource-constrained systems, the interference generated by the concurrent execution of multiple ...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
The majority of computers around us are embedded in productsand dedicated to perform certain tasks. ...
This paper analysis control computation latency and jitter, which have been largely ignored in the c...
In this paper, we first identify the potential violations of control assumptions inherent in standar...
This report describes the work carried out within the research project ``Merging Real-Time and Contr...
The paper considers the implementation of digital controllers as real-time tasks in priority-preempt...
Real-time control algorithms are designed based on the characteristics of the controlled plants and ...
Most control systems involve the execution of periodic activities, which are automatically activated...
A modern control system is typically implemented as a multitasking software application executing in...
General-purpose microprocessors are increasingly being used for control applications due to their wi...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
The paper presents a computational model for real-time controltasks, with the primary goal of simpli...
The paper presents a computational model for real time control tasks, with the primary goal of simpl...
Most real-time computer-controlled systems are developed in two separate stages: controller design f...
In resource-constrained systems, the interference generated by the concurrent execution of multiple ...
Based on recent advances in control theory, we propose the notion of jitter margin for periodic cont...
The majority of computers around us are embedded in productsand dedicated to perform certain tasks. ...