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In this study, the drop test simulation for a typical stacked memory device with 8 units integrated vertically on board-level was performed by finite element method. The units were connected with each other through copper lead frames and assembled on the PCB by pins. The computational model of the device was built in ANSYS and the drop test of this board-level assembled device was investigated by...
In this study, the drop test simulation for a typical stacked memory device with 8 units integrated vertically on board-level was performed by finite element method. The units were connected with each other through copper lead frames and assembled on the PCB by pins. The computational model of the device was built in ANSYS and the drop test of this board-level assembled device was investigated by...
Nowadays, as the research of climate model developing to simulate the interactions between multiple physical procedures and demand high resolution results, the complexity of the climate model has increased dramatically. The traditional tight-coupling approach applied in model design has expressed tremendous burden on the code maintenance and update due to the complicated relationships between function...
The Parallel Ocean Program (POP), one of the ocean general circulation models (OGCMS), is widely used in ocean and climate research. This paper presents the SIMD optimization performance of POP on the Intel Xeon X86_64 platform based on the Intel FORTRAN compiler. The results show that SIMD can improve the computation speed of POP, whether high or low resolutions. In the low resolution, the speedup...
This paper presents an adaptive-network-based fuzzy inference system (ANFIS) for long-term natural Electric consumption prediction. Six models are proposed to forecast annual Electric demand. 104 ANFIS have been constructed and tested in order to finding best ANFIS for Electric consumption. The proposed models consist of input variables such as Gross Domestic Product (GDP) and Population (POP). All...
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