This paper presents a formal description of FACTOR/AIM™, a complete manufacturing simulation system. AIM contains a manufacturing modelling language, a simulation analysis program, a problem definition interface and a database for storing inputs, models, animations, simulation outputs and analysis procedures. These components of AIM are integrated in a seamless manner to facilitate both their concurrent and batch execution. AIM also provides utility programs for importing and exporting data to the AIM data base. The focus of the article is to provide a basic understanding of a manufacturing simulation system
Manufacturing planning and control systems are fundamental to the successful operations of a manufac...
© 2019 IOP Publishing Ltd. All rights reserved. This article considers the first comprehensive intro...
This paper discusses a general framework in order to get accurate and as fast as possible simulation...
In the present, simulation programs are very widespread tool in designing of new systems, improving ...
International audienceThe objective of this article is related to the potential improvement of compu...
Due to the character of the original source materials and the nature of batch digitization, quality ...
A significant shortcoming of traditional simulation languages is the lack of attention paid to the m...
In analysing manufacturing systems, for either design or operational reasons, failure to account for...
To successfully compete in a global market, manufacturing production systems are being forced to red...
Nowadays production environments request standard efficient frameworks in order to map and simulate ...
A significant shortcoming of traditional simulation languages is the lack of attention paid to the m...
Standard representations for information entities common to manufacturing simulation could help redu...
ABSTRACT: Manufacturing simulation : uses and tools -- Application to manufacturing systems analysis...
Discrete event simulation is now a well established modelling and experimental technique for the ana...
Simulation is a very helpful and valuable work tool in manufacturing. It can be used in industrial f...
Manufacturing planning and control systems are fundamental to the successful operations of a manufac...
© 2019 IOP Publishing Ltd. All rights reserved. This article considers the first comprehensive intro...
This paper discusses a general framework in order to get accurate and as fast as possible simulation...
In the present, simulation programs are very widespread tool in designing of new systems, improving ...
International audienceThe objective of this article is related to the potential improvement of compu...
Due to the character of the original source materials and the nature of batch digitization, quality ...
A significant shortcoming of traditional simulation languages is the lack of attention paid to the m...
In analysing manufacturing systems, for either design or operational reasons, failure to account for...
To successfully compete in a global market, manufacturing production systems are being forced to red...
Nowadays production environments request standard efficient frameworks in order to map and simulate ...
A significant shortcoming of traditional simulation languages is the lack of attention paid to the m...
Standard representations for information entities common to manufacturing simulation could help redu...
ABSTRACT: Manufacturing simulation : uses and tools -- Application to manufacturing systems analysis...
Discrete event simulation is now a well established modelling and experimental technique for the ana...
Simulation is a very helpful and valuable work tool in manufacturing. It can be used in industrial f...
Manufacturing planning and control systems are fundamental to the successful operations of a manufac...
© 2019 IOP Publishing Ltd. All rights reserved. This article considers the first comprehensive intro...
This paper discusses a general framework in order to get accurate and as fast as possible simulation...