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This study aims to present an optical alignment and compensation control of die bonder for chips containing through-silicon vias and develop three-dimensional integrated circuit stacked packaging for compact size and multifunction.

The machine vision, optical alignment method and sub-pixel technology in dynamic imaging condition are used. Through a comparison of reference image, the chip alignment calibration can improve machine accuracy and stability.

According to the experimental data and preliminary results of the analysis, accuracy can be achieved within the desired range, and the accuracy is much better than traditional die bonder equipment. The results help further research in die bonder for chips containing through-silicon vias.

In subsequent testing of the chip, the machine can simultaneously test multiple chips to save test time and increase productivity.

Tablets are becoming mainstream devices for digital reading. Through user experience (UX), the purpose of this paper is to identify significant differences between tablet reading systems and other digital reading systems, explore potential requirements for the interactive interface, and propose design solutions so that user’ behavioral intention (BI) may be further enhanced.

First, the authors extracted the context of use and behavior patterns by conducting contextual inquiries; then, potential requirements were identified and design solutions were developed; last, the technology acceptance model was employed to verify research findings.

The outcome shows that the improved version of the interactive interface is significantly (p<0.05) superior to the original version in various aspects, including perceived usefulness, perceived ease of use, user attitude, and BI.

So far, there has been no relevant research on UX concerning tablet reading systems. Therefore, this study first tried to investigate the primary difference between tablet reading systems and other digital reading systems in context of use and behavior patterns. Then, based on the foregoing discoveries, users’ motivations and perception of tablet readers were probed, and the problems with BI could be solved.

The relevance of the use of business models in the measurement of tourist experience has been questioned. Therefore, the purpose of this chapter is to suggest a theoretical framework for the development of a multi-item Business Tourist Experience Value Model.

Against the Behavioural Intentions Model of Fishbein and Ajzen (1975), an alternative Business Tourist Experience Value theoretical model is suggested. This model consists of an integration and re-assessment of different elements from a range of empirical studies.

Experiential value, satisfaction, and post-consumption behavior may play an important role in acquiring information and knowledge creation on how business tourism organizations can use a Business Tourist Experience Value model to enhance service experiences.

Due to the explorative nature of the Business Tourist Experience Value theoretical model, more empirical studies are needed to investigate, test and validate the model.

Results from the theoretical discussion support the inclusion of experiential value, satisfaction, and post-consumption behavior as part of the Business Tourist Experience Value model. Due to the magnitude of the relationships among these dimensions it is expected that the theoretical and practical implications may complement each other. Therefore business tourism managers can use these dimensions as guidelines on how to create valuable experiences for their tourists and perform better.

This theoretical model offers new practices into business tourism managers’ measurement of experiential value, satisfaction, and post-consumption behavior in a business tourism context.