Indexado ISIThe identification of the holons is a critical task in the development of holonic manufacturing control system applications. This paper discusses a methodology to develop distributed manufacturing control systems for the shop floor level, based on the ADACOR holonic architecture. The methodology comprises a set of steps, the more relevant being the identification of the manufacturing holons and the development of holons based on re-use libraries supported by the ADACOR approach. The paper focus on the first step and describes a procedure to identify the holons present in a manufacturing system
Nowadays, manufacturing systems are complex and often chaotic environments, being collated with cust...
The “holonic” concept was proposed in the late 1960s as the basis for modeling highly flexible and d...
Distributed manufacturing control systems, like holonic control systems, are difficult to apprehend ...
Abstract. Holonic manufacturing systems support a more plug-and-play approach to con-figuring and op...
Answering to the need to have innovative manufacturing control systems tailored to the current econo...
In the last years, several manufacturing control architectures using emergent paradigms and technolo...
Indexado ISIThe ADACOR holonic architecture for manufacturing control addresses the agile reaction t...
In the manufacturing world, globalisation leads to a trend towards the reduction of batches and prod...
Holonic systems are systems that are modelled in terms of components (holons) that have their own un...
Flexible manufacturing systems are complex, stochastic environments requiring the development of inn...
Future manufacturing systems need to cope with frequent changes and disturbances. As such, their con...
This discussion paper examines the role of hierarchy within the domain of shop floor control in manu...
The aim of this paper is to describe the implementation of a new approach for the introduction of so...
Abstract. Holonic manufacturing systems promise to support a more plug-and-play approach to configur...
Holonic Control Architecture is a successful solution model for reconfigurable manufacturing problem...
Nowadays, manufacturing systems are complex and often chaotic environments, being collated with cust...
The “holonic” concept was proposed in the late 1960s as the basis for modeling highly flexible and d...
Distributed manufacturing control systems, like holonic control systems, are difficult to apprehend ...
Abstract. Holonic manufacturing systems support a more plug-and-play approach to con-figuring and op...
Answering to the need to have innovative manufacturing control systems tailored to the current econo...
In the last years, several manufacturing control architectures using emergent paradigms and technolo...
Indexado ISIThe ADACOR holonic architecture for manufacturing control addresses the agile reaction t...
In the manufacturing world, globalisation leads to a trend towards the reduction of batches and prod...
Holonic systems are systems that are modelled in terms of components (holons) that have their own un...
Flexible manufacturing systems are complex, stochastic environments requiring the development of inn...
Future manufacturing systems need to cope with frequent changes and disturbances. As such, their con...
This discussion paper examines the role of hierarchy within the domain of shop floor control in manu...
The aim of this paper is to describe the implementation of a new approach for the introduction of so...
Abstract. Holonic manufacturing systems promise to support a more plug-and-play approach to configur...
Holonic Control Architecture is a successful solution model for reconfigurable manufacturing problem...
Nowadays, manufacturing systems are complex and often chaotic environments, being collated with cust...
The “holonic” concept was proposed in the late 1960s as the basis for modeling highly flexible and d...
Distributed manufacturing control systems, like holonic control systems, are difficult to apprehend ...