Idle vehicle handling is addressed for the path-based automated material handling system (AMHS) in a semiconductor fabrication line. Since a typical semiconductor fabrication line has a single path in each bay and no sidetracks to park idle vehicles, a vehicle should be dispatched to somewhere if necessary even without a new assignment to prevent blocking of other vehicles. We investigate the continuous-move policy, the move-when-necessary policy and their variants. Our simulations show that the idle vehicle circulation policy significantly affects the AMHS productivity, so the policy should be carefully designed for the AMHS instance.X1179sciescopu
The semiconductor industry is facing the transition from 300 mm to 450 mm wafer fabrication. Due to ...
[[abstract]]© 2004 Taylor & Francis - In the connecting transport system, the time spent waiting for...
[[abstract]]Discrete-event simulation model was developed to evaluate the performance of an automate...
This research explores analytical models useful in the design of vehicle-based Automated Material Ha...
Abstract – A critical aspect of semiconductor manufacturing is the design and analysis of material h...
In semiconductor manufacturing, automated material handling systems (AMHSs) transport wafers through...
Research in semiconductor manufacturing ideally wants to determine the “best” transport policy to en...
[[abstract]]Here, the performance evaluation of a double-loop interbay automated material handling s...
Vehicle based overhead transportation systems are a widely used Automated Material Handling System (...
http://dl.acm.org/citation.cfm?doid=1162708.1163168International audienceThis paper focuses on the a...
[[abstract]]Highly automated materials handling in 300 mm semiconductor manufacturing is one of the ...
[[abstract]]© 2004 Taylor & Francis - Automated material handling system (AMHS) plays a significant ...
We propose a dynamic dispatching rule for semiconductor assembly production line based on the curren...
International audienceNowadays, productivity and ergonomic reasons impose the use of Automated Mater...
This paper proposes an analytical model useful in the design of conveyor-based Automated Material Ha...
The semiconductor industry is facing the transition from 300 mm to 450 mm wafer fabrication. Due to ...
[[abstract]]© 2004 Taylor & Francis - In the connecting transport system, the time spent waiting for...
[[abstract]]Discrete-event simulation model was developed to evaluate the performance of an automate...
This research explores analytical models useful in the design of vehicle-based Automated Material Ha...
Abstract – A critical aspect of semiconductor manufacturing is the design and analysis of material h...
In semiconductor manufacturing, automated material handling systems (AMHSs) transport wafers through...
Research in semiconductor manufacturing ideally wants to determine the “best” transport policy to en...
[[abstract]]Here, the performance evaluation of a double-loop interbay automated material handling s...
Vehicle based overhead transportation systems are a widely used Automated Material Handling System (...
http://dl.acm.org/citation.cfm?doid=1162708.1163168International audienceThis paper focuses on the a...
[[abstract]]Highly automated materials handling in 300 mm semiconductor manufacturing is one of the ...
[[abstract]]© 2004 Taylor & Francis - Automated material handling system (AMHS) plays a significant ...
We propose a dynamic dispatching rule for semiconductor assembly production line based on the curren...
International audienceNowadays, productivity and ergonomic reasons impose the use of Automated Mater...
This paper proposes an analytical model useful in the design of conveyor-based Automated Material Ha...
The semiconductor industry is facing the transition from 300 mm to 450 mm wafer fabrication. Due to ...
[[abstract]]© 2004 Taylor & Francis - In the connecting transport system, the time spent waiting for...
[[abstract]]Discrete-event simulation model was developed to evaluate the performance of an automate...