Many authors have
studied the performance of an AMHS. Pillai [7] provides
a detailed analysis of the needs and requirements for
successfully designing and implementing automated
material handing control systems in a wafer fab. Pierce
and Stafford [8] developed discrete-event simulation
models to model the performance of conventional cleanroom
material handing manual and automated systems.
The cassette delivery time, cassette cycle time, and
resource utilization could be used as the performance
metrics. The results show that the track design, vehicle
count, and velocity can affect system performance. The
most practical approach in enhancing interbay AMHS
performance is to minimize the travel distances between
stockers by using a custom track layout with turntables.
Cardarelli et al. [9] present the performance of an
automated interbay material handing and storage
system. This study was considered the effects of design
choices, production planning and scheduling, along with
system management and operator behavior. The results
show that the storage capacity distribution along the
wafer fab is extremely important. Colvin, Lawrence, and
Mackulak
Many authors havestudied the performance of an AMHS. Pillai [7] providesa detailed analysis of the needs and requirements forsuccessfully designing and implementing automatedmaterial handing control systems in a wafer fab. Pierceand Stafford [8] developed discrete-event simulationmodels to model the performance of conventional cleanroommaterial handing manual and automated systems.The cassette delivery time, cassette cycle time, andresource utilization could be used as the performancemetrics. The results show that the track design, vehiclecount, and velocity can affect system performance. Themost practical approach in enhancing interbay AMHSperformance is to minimize the travel distances betweenstockers by using a custom track layout with turntables.Cardarelli et al. [9] present the performance of anautomated interbay material handing and storagesystem. This study was considered the effects of designchoices, production planning and scheduling, along withsystem management and operator behavior. The resultsshow that the storage capacity distribution along thewafer fab is extremely important. Colvin, Lawrence, andMackulak
การแปล กรุณารอสักครู่..

Many authors have
studied the performance of an AMHS. Pillai [7] provides
a detailed analysis of the needs and requirements for
successfully designing and implementing automated
material handing control systems in a wafer fab. Pierce
and Stafford [8] developed discrete-event simulation
models to model the performance of conventional cleanroom
material handing manual and automated systems.
The cassette delivery time, cassette cycle time, and
resource utilization could be used as the performance
metrics. The results show that the track design, vehicle
count, and velocity can affect system performance. The
most practical approach in enhancing interbay AMHS
performance is to minimize the travel distances between
stockers by using a custom track layout with turntables.
Cardarelli et al. [9] present the performance of an
automated interbay material handing and storage
system. This study was considered the effects of design
choices, production planning and scheduling, along with
system management and operator behavior. The results
show that the storage capacity distribution along the
wafer fab is extremely important. Colvin, Lawrence, and
Mackulak
การแปล กรุณารอสักครู่..
