AbstractThe autonomous robot technology can be used for part supply in assembly lines since it provides efficient handling and transport. This paper proposes a decision making method for plan generation of part supply operations undertaken by Mobile Assistant Units (MAUs). Time and inventory levels are used as decision making criteria. The method was tested on an automotive assembly case study. The results indicate that the method can provide high quality solutions, in terms of production volume and minimization of the line stoppages
This thesis concentrates on autonomous mobile robots (AMRs) in small batch size produc-tion. The mai...
Currently, manufacturing companies are heavily investing into the automation of manufacturing proces...
An iterative procedure is presented to solve the process planning problem for robotic assembly syste...
AbstractThe autonomous robot technology can be used for part supply in assembly lines since it provi...
AbstractThis paper investigates the effect of introducing multi-purpose mobile robot manipulators to...
The automotive industry is facing a rapid technological evolution and the request of a very high lev...
AbstractThis paper presents the design and prototype implementation of a service based control syste...
AbstractThis paper presents a novel approach to guarantee changeability for assembly lines of an aut...
AbstractThis paper investigates the flexibility aspects of production systems that use highly intera...
In the automotive industry, short ramp up times and high product quality drive the development towar...
Technological advances, promoted by the Industry 4.0 paradigm, attempt to support the recon gurabili...
The rapid growth of e-commerce and industry 4.0 for an always-on demand supply chain means that manu...
This book illustrates the applications of mobile robot systems in warehouse operations with an integ...
The evolution of customer requirements has led companies to pursue mass customization and personaliz...
The problem of moving a set of parts from a given initial configuration to a given final configurati...
This thesis concentrates on autonomous mobile robots (AMRs) in small batch size produc-tion. The mai...
Currently, manufacturing companies are heavily investing into the automation of manufacturing proces...
An iterative procedure is presented to solve the process planning problem for robotic assembly syste...
AbstractThe autonomous robot technology can be used for part supply in assembly lines since it provi...
AbstractThis paper investigates the effect of introducing multi-purpose mobile robot manipulators to...
The automotive industry is facing a rapid technological evolution and the request of a very high lev...
AbstractThis paper presents the design and prototype implementation of a service based control syste...
AbstractThis paper presents a novel approach to guarantee changeability for assembly lines of an aut...
AbstractThis paper investigates the flexibility aspects of production systems that use highly intera...
In the automotive industry, short ramp up times and high product quality drive the development towar...
Technological advances, promoted by the Industry 4.0 paradigm, attempt to support the recon gurabili...
The rapid growth of e-commerce and industry 4.0 for an always-on demand supply chain means that manu...
This book illustrates the applications of mobile robot systems in warehouse operations with an integ...
The evolution of customer requirements has led companies to pursue mass customization and personaliz...
The problem of moving a set of parts from a given initial configuration to a given final configurati...
This thesis concentrates on autonomous mobile robots (AMRs) in small batch size produc-tion. The mai...
Currently, manufacturing companies are heavily investing into the automation of manufacturing proces...
An iterative procedure is presented to solve the process planning problem for robotic assembly syste...