Supervisory control systems must deal with various types of intelligence distributed throughout the layers of control. Typical layers are real-time servo control, off-line planning and reasoning subsystems and finally, the human operator. Design methodologies must account for the fact that the majority of the intelligence will reside with the human operator. Hierarchical decompositions and feedback loops as conceptual building blocks that provide a common ground for man-machine interaction are discussed. Examples of types of parallelism and parallel implementation on several classes of computer architecture are also discussed
The introduction of autonomous swarming command and control networks will introduce new layers of hu...
Various architectures and their respective software for Hierarchically Intelligent Robots are discus...
In the report, we apply the supervisory control theory to design a controller. We firstly introduce ...
A hierarchical distributed control (HDC) model for coordinating cooperative problem-solving among in...
[[abstract]]In this paper two types of intelligence supervised controllers are proposed with the aim...
consultancy, researches on methodologies for creating user centered designs for critical systems. In...
Distributed intelligence systems are starting to gain dominance in the field of large-scale complex ...
The Real-time Control System (RCS) developed at NIST and elsewhere over the past two decades defines...
This book includes all papers presented at the International Symposium on Monitoring Behavior and Su...
Analysis of a robot control system leads to a broad range of processing requirements. One fundamenta...
This book describes how control of distributed systems can be advanced by an integration of control,...
Multilevel hierarchical control has been placed in a well-defined conceptual and mathematical framew...
An overview of activities concerned with the development and applications of the Operator Function M...
Autonomous systems have been studied for many years with the hope of achieving human-like (or more) ...
Designing correct supervisory controllers for high-tech systems is becoming increasingly complex due...
The introduction of autonomous swarming command and control networks will introduce new layers of hu...
Various architectures and their respective software for Hierarchically Intelligent Robots are discus...
In the report, we apply the supervisory control theory to design a controller. We firstly introduce ...
A hierarchical distributed control (HDC) model for coordinating cooperative problem-solving among in...
[[abstract]]In this paper two types of intelligence supervised controllers are proposed with the aim...
consultancy, researches on methodologies for creating user centered designs for critical systems. In...
Distributed intelligence systems are starting to gain dominance in the field of large-scale complex ...
The Real-time Control System (RCS) developed at NIST and elsewhere over the past two decades defines...
This book includes all papers presented at the International Symposium on Monitoring Behavior and Su...
Analysis of a robot control system leads to a broad range of processing requirements. One fundamenta...
This book describes how control of distributed systems can be advanced by an integration of control,...
Multilevel hierarchical control has been placed in a well-defined conceptual and mathematical framew...
An overview of activities concerned with the development and applications of the Operator Function M...
Autonomous systems have been studied for many years with the hope of achieving human-like (or more) ...
Designing correct supervisory controllers for high-tech systems is becoming increasingly complex due...
The introduction of autonomous swarming command and control networks will introduce new layers of hu...
Various architectures and their respective software for Hierarchically Intelligent Robots are discus...
In the report, we apply the supervisory control theory to design a controller. We firstly introduce ...