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Image Retrieval in Semiconductor Manufacturing
2023Content-Based Image Retrieval has a lot of applications in the industry, where large collections of data from manufacturing need to be automatically queried e.g. for quality inspection purposes. In this work we design an image retrieval solution over IMAGO, a dataset of Transmission Electron Microscopy (TEM) images of nano-sized silicon structures ...
Gatta G. G. +4 more
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The future of semiconductor manufacturing
IEEE Robotics & Automation Magazine, 2006This paper addresses the evolving requirements for factory integration and automation solutions that are being targeted to address the scale and complexity of the factories of the future. These requirements drive the need for real breakthrough solutions.
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On-Line Rescheduling for Semiconductor Manufacturing
2006 IEEE International Conference on Automation Science and Engineering, 2006Semiconductor wafer fabrication involves one of the most complex manufacturing processes ever used. To control such complex systems, it is a challenge to determine appropriate dispatching strategies under various system conditions. Dispatching strategies are crucial for the system performance, especially for the real time control of the system. In this
Han-Pang Huang, Tien-Ying Chen
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Addressing multicollinearity in semiconductor manufacturing
Quality and Reliability Engineering International, 2011When building prediction models in the semiconductor environment, many variables, such as input/output variables, have causal relationships which may lead to multicollinearity. There are several approaches to address multicollinearity: variable elimination, orthogonal transformation, and adoption of biased estimates.
Yu-Ching Chang, Christina Mastrangelo
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Sputter deposition for semiconductor manufacturing
IBM Journal of Research and Development, 1999Sputter deposition, also known as physical vapor deposition, or PVD, is a widely used technique for depositing thin metal layers on semiconductor wafers. These layers are used as diffusion barriers, adhesion or seed layers, primary conductors, antireflection coatings, and etch stops.
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Semiconductor sheets for the manufacture of semiconductor devices
IEEE Transactions on Communication and Electronics, 1963The temperature distribution in a supercooled melt is qualitatively described. Properly shaped heat shields are shown to overcome parasitic wall growth and thermal shock, besides being an additional means of controlling thermal conditions. Using such a setup, it is possible to grow material in continuous sheets with a wide range of physical dimensions.
S. N. Dermatis, J. W. Faust
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Simulation of a semiconductor manufacturing line
Communications of the ACM, 1990Product turnaround time (TAT) is defined as the clock or elapsed time from wafer release to completed wafer fabrication. It is also known as cycle time, mean elapsed time, or manufacturing lead time. Turnaround time is arguably more important in semiconductor fabrication than in any other industry because it has a major impact on contamination levels ...
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Automation in semiconductor manufacturing
1982 International Electron Devices Meeting, 1982Some backgrounds and trends of semiconductor technology will be reviewed in conjunction with production automation. Experiences are presented for the case of the advanced MOS wafer processing area, including the basic philosophy and equipment implementation.
T. Makimoto, H. Nagatomo
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Noise and Learning in Semiconductor Manufacturing
Management Science, 1995Rapid technological learning is critical to commercial success in VLSI semiconductor manufacturing. This learning is done through deliberate activities, especially various types of experimentation. Such experiments are vulnerable to confounding by process noise, caused by process variability.
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The technology of semiconductor manufacture
Microelectronics Reliability, 1973The basic technologies which have been developed to satisfy the production of semiconductor devices are outlined.These technologies commenced with point-contact alloy and alloy-diffused techniques. Diffusion was then developed giving the means of making structures such as rectifiers, transistors and thyristors.Silicon planar technology and the assembly
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