China’s concern toward ecological sustainability has increased to a great extent. This study aims analyze the impact of proactive environmental strategies on by understanding mediating eco-product, process, and organizational innovation. For this purpose, high-tech industries have been targeted survey-based quantitative technique applied. 350 questionnaires were distributed among Chinese staff ...

Understanding the high-tech industrial agglomeration from a spatial-spillover perspective is essential for cities to gain economic and technological competitive advantages. Along with rapid urbanization development of fast transportation networks, socioeconomic interactions between have been ever-increasing, traditional spatial metrics are not enough describe actual inter-city connections. High...

This research aims to identify how ERP implementation can benefit the high-tech industry and achieve sustainable development goals. also examines foreign ownership affect performance of high-technology industry. High technology has been widely used in any industry, especially manufacturing. The method this study was Systematic Literature Review (SLR). steps taken from start with planning, imple...

It is widely believed that the promotion and development of high-tech industries by the Taiwanese government in the past two decades has been one of the most important factors that maintain Taiwan with an above-average rate of economic growth. However, investment on R&D activities and consequently the development of high-tech industries is usually inevitably accompanied by a promotion of energy...

This paper investigates the role of intellectual property rights (IPRs) in shaping the GSM industry. This industry is an example of a high-tech industry in which standards play a large role. In the process of designing the GSM standard, a lot of attention has been given to IPRs, mainly to avoid a situation in which a single IPR holder could hamper or even totally block the development of the st...

Within the framework of the German Government’s High-Tech strategy, the Industry 4.0 initiative was created, aiming to develop the “Smart Factory”. The approach assumes increased automation and a transparent, user-centred Production Planning and Scheduling. The “intelligent components” communicate with people and systems independently and find the optimal route through production.

This paper intends to provide information about up-to-date performances of smart-card arithmetic coprocessors regarding major public-key cryptosystems and analyze the main tendences of this developing high-tech industry and related markets. We also comment hardware limitations of current technologies and provide a technique for extending them by virtually doubling their capacities.