Abstract The display industry keeps innovating with evermore technologies competing in this exciting market.

Parametric modeling and simulation can help reason about strategies for reducing defects by quantifying the impact of different processes and technologies. This paper presents our ongoing work to extend and refine the COnstructive QUALity MOdel (COQUALMO) for assessing defect dynamics to better understand the tradeoffs. Using parametric cost and defect removal inputs, static and dynamic version...

The dynamic range in many real-world environments surpasses the capabilities of traditional display technologies by several orders of magnitude. Recently, a novel display capable of displaying images with a dynamic range much closer to real world situations has been demonstrated. This was achieved through a spatially modulated backlight behind an LCD panel. Combined with the modulating power of...

49 Introduction Most yield loss is caused by random defects and systematic process errors. For the 130 nm design-rule generation, random defects and parametric process errors are roughly equal contributors to yield loss. At the 90 and 65 nm nodes, parametric losses are expected to dominate. Factory managers will be forc e d to make an economic trade-off between yield and density in order to ach...

Cell-surface display is the expression of peptides and proteins on the surface of living cells by fusing them tofunctional components of cells which are exposed to the environment of cells. This strategy can be carriedout using different surface proteins of cells as anchoring motifs and different proteins from different sourcesas a passenger protein. It is a promising strategy...

The 1980s was an age when automobiles started to be controlled by electronics. High performance, downsizing and lightweight, and low cost were achieved in various fields (semiconductor and circuit, sensor, software, display, simulation, and other technologies) supported by the rapid development of electronic technologies. The application and diffusion of communication technology as well as the ...

The rabbit monoclonal antibodies (mAbs) have advantages in pharmaceuticals and diagnostics with high affinity and specificity. During the past decade, many techniques have been developed for isolating rabbit mAbs, including single B cell antibody technologies. This review describes the basic characterization of rabbit antibody repertoire and summarizes methods of hybridoma technologies, phage d...