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2005, General Economics and Teaching
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4 pages
1 file
The future is essentially unpredictable. This is truer today than twenty years back. And that is due to the rapid acceleration of the scientific and technological revolution. Twenty years back, the class rooms moved from mechanical calculators to electronic ones. In 1980s, the PCs entered the scene, pushing back the electronic calculators. Ever since then, we are having a revolution every year. Tapes were replaced by hard disks and floppies. Floppies by CD ROM's, and now CD ROM's by tape drives. Computer technology is getting outdated by the year. Each year brings with it new learning, new technology, new promises. However this rapid acceleration has now begun to reveal the faint outlines of the distant future. At least three major revolutions seem inevitable: the bio-tech revolution, the info-tech revolution and the energy revolution.
International Journal of Innovative Technology and Exploring Engineering, 2019
New age technologies like Blockchain, Artificial Intelligence, Data Analytics, Internet of Things, Cloud Computing, Data Analytics, also known as Industry 4.0 has become integral part of business organizations in developed countries. India along with other developing countries is also in the race to adopt these new disruptive technologies to bring in more efficiencies in the business processes. Though India was late to get into the 4IR wagon but it is trying hard to catch up with the major players globally. Establishment of Center for the Fourth Industrial Revolution, by World Economic Forum is a major achievement of the Government of India to catch up with the other countries globally, but there are several challenges which needs to addressed simultaneously, This paper focus on the level of adoption of these technologies in India, future prospects and the challenges being faced in successful adoption of these technologies.
This book has been published with all efforts taken to make the material error-free after the consent of the author. However, the author and the publisher do not assume and hereby disclaim any liability to any party for any loss, damage, or disruption caused by errors or omissions, whether such errors or omissions result from negligence, accident, or any other cause.
Center for Security Studies, 2022
An overview of the question of technological unemployment in India. Self published in Youth Ki Awaaz.
Human Choice and Computers, 2002
The paper describes how Information Technology (with reference to Indian Context) can be harnessed for re-skilling and retraining of the existing work force to make them more productive and use the technology and creativity for better product design with reduced design life cycle. There are 10 new technologies i.e. Digital Subscriber line (DSL). Wireless Application Protocol (W AP), Extensive Markup Language (XML) , Hyper Text Transfer Protocol (HTTP), Transmission Control Protocol IInternet Protocol (TCP/IP), Public Key Infrastructure (PKI) , Fire Wall, Asynchronous Transfer Mode (ATM) Dense Wavelength Division Multiplexing and Open Source Operating System (Linux) that will be pushing Internet and Web enabled application. Taking the case of India, to become a software super power India has to develop professionals of international caliber for software development, content creation and services management. The new IT policy [11] enabled India to generate the necessary technical manpower for the development of software using the multi-sector resources. The Government made necessary facilitation for the private sector participation in creating the human resources, and to ensure quality of the human resources, there are appropriate quality assurance schemes positioned to inspect and monitor these institutions (private and public) and introduce standard assessment and evaluation systems for assuring quality education in the IT sector. These policies have worked well in terms of producing large amount of manpower to fulfil the requirements of the software industry. India has used the e-talented manpower availability as the economic advantage for positioning itself as software super power in the global scenario. All the multinational companies have opted to open the software development centres, design centres and service centres in India to take cost advantage of skilled human manpower for their economic advantage. This has improved India's economic pOSition in terms of monetary inflow and export of goods and services. K. Brunnstein et al. (eds.
Deciphering India’s Services Sector Growth, 2020
To shed light on the future of Indian ICT services, this chapter will examine economist Robert Schware’s ‘walking on two legs’ proposition, that the experience gained from a strong domestic market is critical to export success in the industry. India’s emergence as the world’s largest exporter of a range of ICT services, including software, with considerably smaller production for the domestic market, challenges the proposition. Recently, however, the domestic market in India has become significant, that is, much after exports gained prominence. Since Schware does not offer an explanation for this apparent anomaly, this chapter will provide one by emphasising how the socioeconomic value of ICTs comes from abstracting and encoding practices in various domains of human activity. While the process of abstracting requires proximity to the activity, encoding with technology can take place at a distance as code can be electronically transmitted without loss of quality. India’s exports grew on the basis of labour-intensive services, by relying on customers for domain knowledge. More recently, however, growth has involved pursuing a potentially large domestic market among underprivileged populations who have been served with little or no technology thus far. This chapter will also describe how serving this population requires significant effort, such as building new organisational alliances, to understand their needs before deploying any technology. Thus, instead of a unique trajectory, in which export growth draws on the experience of the domestic market, the Indian software services industry is defined by at least two different trajectories, each with its distinct source of knowledge. The chapter argues that these two trajectories will continue to characterise the future of Indian ICT services.
Kavita Philip (2015): Telling histories of the future: the imaginaries of Indian technoscience, Identities: Global Studies in Culture and Power, DOI: 10.1080/1070289X.2015.1034129
AbstrACt In 2010 we argued that Clovis was not first in the Intermountain West, that when people carrying this technology arrived they encountered people who were already there, having migrated inland from the Pacific coast along the Columbia River. These people utilized a technology quite different from that of Clovis, referred to as the Western Stemmed Tradition, or WST. Critiques of this argument have primarily focused on the validity of the radiocarbon dates purported to be associated with WST stemmed points, asserting the traditional notion that the WST evolved from Clovis. Here we focus on three components of our argument, chronology, technology, and land-use, discussing patterns that we believe support it.
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