Technological Substitutions in the Computer Industry

The logistic substitution model is used to study substitutions of different microcomputer models and technologies at the low end of the computer range in Digital Equipment Corporation.

Innovation in the computer industry

A learning-curve approach has been employed to study inventiveness in the computer industry. The appearance of new models as well as the appearance of new computer manufacturers have been following typical logistic S-curves over the last 26 years of computer history. Innovation seems to come in S-waves, and even though many of today's major manufacturers are close to exhausting their maximum innovation potential in their present S-wave, the overall computer market is rather “young”. In contrast, the personal computer market is already beyond its maturity phase. Remarkably invariant over the 26 years considered, and through the complete range of computer sizes, remains the fact that for every five new computer models appearing on the market, there is one new computer company emerging also.

Roadmapping of Nanoelectronics for the New Electronics Industry

This paper is dedicated to a review of the international effort to map the future of nanoelectronics from materials to systems for the new electronics industry. The following sections are highlighted: the Roadmap structure with the international teams, the methodology and historical evolution, the various eras of scaling, the new ecosystems and computer industry, the evolving supply chain, the development of SoC and SiP, the advent of the Internet of Everything and the 5G communications, the dramatic increase of data centers, the power challenge, the technology fusion, heterogeneous and system integration, the emerging technologies, devices and computing architectures, and the main challenges for future applications.

Aries Lagna Impacts on Yoga for Foreign Visit

The history of any art is the basic nail root. In ancient times humans were first seen as the basis of omens and then began to worship the planets as deities due to the effects of the rages of nature. They then began to observe the changes in nature caused by the planets and the consequences. As a result of such research, the planets Sun, Mars and Saturn were divided into evil planets and the planets Moon, Mercury, Guru and Venus were divided into virtuous planets. Based on this they have been doing continuous study of people for centuries. The effects of planetary influences on this planet were first seen only by nations and kings, and then gradually benefited an individual. The result was a gradual breakdown of the sky, galaxy, and zodiac. Historians believe that the oldest fortune-teller was written on April 29, 410 BC. Going abroad was considered a great achievement and an active activity in the 1970s - 80s. It was considered an act performed only by the affluent. They only went abroad for higher studies and work. Due to the subsequent scientific development and technological development, going abroad has become a very simple thing. Indians got job opportunities abroad through computer and software. The growth of India's current computer industry has made it easier for all people to go abroad. Keywords: Bhakyashtana, Bhakyathipathi, pada, Dasa, Buddhi

IoT Workload Emulation for Data Centers

The Internet of Things (IoT) domain has been one of the fastest growing areas in the computer industry for the last few years. Consequently, IoT applications are becoming the dominant work load for many data centers. This has implications for the designers of data centers, as they need to meet their customers' requirements. Since it is not easy to use real applications for the design and test of data center setups, a tool is required to emulate real applications but is easy to configure, scale and deploy in a data center. This paper will introduce a simple but generic way to model the work load of typical IoT applications, in order to have a realistic and reproducible way to emulate IT loads for data centers. IoT application designers are in the process of harmonizing their approaches on how architectures should look, which building blocks are needed, and how they should interwork. While all IoT subdomains are diverse when it comes to the details, the architectural blueprints are becoming more and more aligned. These blueprints are called reference architectures and incorporate similar patterns for the underlying application primitives. This paper will introduce an approach to decompose IoT applications into such application primitives, and use them to emulate a workload as it would be created by the modeled application. The paper concludes with an example application of the IoT Workload Emulation in the BodenTypeDC experiment, where new cooling approaches for data centers have been tested under realistic work load conditions.

With Help of Technological Aids to Help Students Learn English Better

We know education reform in Asian countries is prosperous. Of course, Taiwan is no exception. In recent years, Taiwan has made a great profit in information science, especially in computer industry. What I really mean is in Taiwan, computers come into our daily life. So, even in primary or secondary schools campuses, it is not uncommon for school staffs or students to use computers. Being an English teacher in high school, I think maybe it is about time that we are supposed to modify our teaching approaches or improve our teaching effect by way of the use of computers. But how computers can be used in school? School computers are being used in many different ways and to very different extents.