Add to ORKGFocuses mainly on batch size decision policies as part of cycle time optimization techniques. A simplified semiconductor wafer fabrication system model is built by using a simulation tool, ProModel. Then a particular product type is selected to run the simulation model.Master of Science (Computer Integrated Manufacturing
This paper investigates the effect of different inputs on selected performance metrics such as cycle...
This report studies the concept of cycle time reduction, and the application of simulation technique...
A manufacturing system characterized by its stochastic nature, is defined by both qualitative and qu...
Semiconductor wafer fabrication is characterised by capital intensive, multi-stage process, compound...
In response to an increasingly fierce competition faced by semiconductor manufacturing companies, ...
This research presents the development of simulation modeling for WIP management in semiconductor fa...
The process of wafer fabrication is arguably the most technologically complex and capital intensive ...
With the vast amount of capital invested in the semiconductor industry and the high level of competi...
One problem in semiconductor manufacturing optimization is to find an optimal release rate of raw ma...
With the vast amount of capital invested in the semiconductor industry and the high level of competi...
Long cycle times in semiconductor manufacturing represent an increasing challenge for the industry a...
Semiconductor manufacturing, discrete-event simulation, performance analysis, sensitivity analysis, ...
Scheduling is one of the key factors for semiconductor fab-rication productivity. Objectives like lo...
Semiconductor is made of monocrystalline silicon as the primary material that can be used for the m...
Being able to build a prediction model of an existing wafer production facility using discrete-event...
This paper investigates the effect of different inputs on selected performance metrics such as cycle...
This report studies the concept of cycle time reduction, and the application of simulation technique...
A manufacturing system characterized by its stochastic nature, is defined by both qualitative and qu...
Semiconductor wafer fabrication is characterised by capital intensive, multi-stage process, compound...
In response to an increasingly fierce competition faced by semiconductor manufacturing companies, ...
This research presents the development of simulation modeling for WIP management in semiconductor fa...
The process of wafer fabrication is arguably the most technologically complex and capital intensive ...
With the vast amount of capital invested in the semiconductor industry and the high level of competi...
One problem in semiconductor manufacturing optimization is to find an optimal release rate of raw ma...
With the vast amount of capital invested in the semiconductor industry and the high level of competi...
Long cycle times in semiconductor manufacturing represent an increasing challenge for the industry a...
Semiconductor manufacturing, discrete-event simulation, performance analysis, sensitivity analysis, ...
Scheduling is one of the key factors for semiconductor fab-rication productivity. Objectives like lo...
Semiconductor is made of monocrystalline silicon as the primary material that can be used for the m...
Being able to build a prediction model of an existing wafer production facility using discrete-event...
This paper investigates the effect of different inputs on selected performance metrics such as cycle...
This report studies the concept of cycle time reduction, and the application of simulation technique...
A manufacturing system characterized by its stochastic nature, is defined by both qualitative and qu...