In this paper a new method of selection of robotic machine-assembly technology is presented. The core of the technology suggested is the method of fuzzy multi-criteria alternatives selection using the worst-case approach. The automation of the proposed solution is based on the original WMS (Worst Method Solution) software, developed by authors. In the basis of this software are the ideas of robotic machine-assembly technology and its theoretical formalization
The use of robots in various stages of the production process is now commonplace across practically ...
Industrial engineering; Multidisciplinary design optimization; Manufacturing engineering; Technology...
This research presents a fuzzy multi-objective model for a machine selection problem in a flexible m...
The paper proposes three multi-criteria decision-making (MCDM) methods for the selection of an indus...
Nowadays, industrial robots are being pervasively used in almost every manufacturing organization fo...
A new method for the automated selection of robotic mechanic-assembly technologies according to tech...
Selection of appropriate machine tools for a manufacturing company, because that effects on product ...
The selection of appropriate machines is one of the most crucial decisions for a manufacturing compa...
The article highlights the trend of increasing demand for industrial robotics in mechanical assembly...
The selection of appropriate machines is one of the most crucial decisions for a manufacturing compa...
AbstractIn the literature, there are a number of decision-making strategies that can be used to choo...
AbstractIn the literature, there are a number of decision-making strategies that can be used to choo...
The flexible manufacturing cell (FMC), a unit of FMS, has the potential to be adapted widely by the ...
Industrial robots have different capabilities and specifications according to the required applicati...
In controller synthesis for basic robotic assembly tasks, the optimal performance is characterized b...
The use of robots in various stages of the production process is now commonplace across practically ...
Industrial engineering; Multidisciplinary design optimization; Manufacturing engineering; Technology...
This research presents a fuzzy multi-objective model for a machine selection problem in a flexible m...
The paper proposes three multi-criteria decision-making (MCDM) methods for the selection of an indus...
Nowadays, industrial robots are being pervasively used in almost every manufacturing organization fo...
A new method for the automated selection of robotic mechanic-assembly technologies according to tech...
Selection of appropriate machine tools for a manufacturing company, because that effects on product ...
The selection of appropriate machines is one of the most crucial decisions for a manufacturing compa...
The article highlights the trend of increasing demand for industrial robotics in mechanical assembly...
The selection of appropriate machines is one of the most crucial decisions for a manufacturing compa...
AbstractIn the literature, there are a number of decision-making strategies that can be used to choo...
AbstractIn the literature, there are a number of decision-making strategies that can be used to choo...
The flexible manufacturing cell (FMC), a unit of FMS, has the potential to be adapted widely by the ...
Industrial robots have different capabilities and specifications according to the required applicati...
In controller synthesis for basic robotic assembly tasks, the optimal performance is characterized b...
The use of robots in various stages of the production process is now commonplace across practically ...
Industrial engineering; Multidisciplinary design optimization; Manufacturing engineering; Technology...
This research presents a fuzzy multi-objective model for a machine selection problem in a flexible m...