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Originally published in 1993, this book contains 3 studies from Latin America: Mexico, Puerto Rico and Venezuela. These studies bring out sharply the processes at work in Latin America between 1950 and 1980, which were responsible for the crisis that the continent faced in the 1980s. In each case there was a striking failure in building up national technological capability so that the country could grapple with the problems it faced.
Originally published in 1993, this book contains 3 studies on Africa: Algeria, Tanzania and Zimbabwe. The studies underline the difficulties which Africa has faced in initiating its technological transformation. During the post WW2 period liberation from colonialism came relatively late and therefore many African countries did not have the possibility of participating in the rapid growth of global output and trade. Debt, drought and famine have put additional burdens on the economic conditions of the continet. Adverse conditions and poor infrastructure have made the continent much more vulnerable to both external and internal disturbances and as a result many countries have not had the opportunity to make a real beginning towards their transformation.
Originally published in 1993, this book contains 3 studies from Finland, Greece and Japan. These countries were chosen because they experienced their technological transformation mainly during the 20th Century and it was considered that their experience would have some relevant lessons for the countries of the third world. Special attention is paid to Japan as its example has great relevance both for development theory and practical strategies.
Originally published in 1995, this book follows the preceding 4 volumes (Aisa, Africa, Latin America and Developed Countries) and discusses technological transformation in development history. It looks back on two centuries of history of the emergence of developed countries and examines the various aspects determining the speed, size and shape of the historical process of transformation in developed countries after World War 2.
Originally published in 1993, this book contains 4 studies on Asia: Bangladesh, India, South Korea and Sri Lanka. The studies reflect 4 different patterns of technological transformation. India, with its large populaiton has made considerable progress but its overall development has been slow until recently. At the other extreme, South Korea which had a very low per capita income in the 1950s registered a quantum leap in technological transformation within a short span of 30 years. The heritage of Bangladesh's past has constrained its progress in overcoming structural weaknesses but in comparison, Sri Lanka displays a very different pattern. The sources used draw upon research in development economics, economic history, technology and studies in general and country studies in particular.
The philosophical study of technology has acquired only recently a voice in academic conversation. This situation is due, in part, to the fact that technology obviously impacts on "the real world," whereas the favored stereotype of philosophy allegedly does not. Furthermore, in some circles it was assumed that philosophy ought not impinge on the world. This bias continues today in the form of a general dismissal of the growing area now referred to as "applied philosophy". By contrast, the academic scrutiny of science has for the most part been accepted as legitimate for some 30 years, primarily because it has been conducted in a somewhat ethereal manner. This is, in part, because it was believed that, science being pure, one could think (even philosophically) about science without jeopardizing one's intellectual purity. Since World War II, however, practitioners of the metascientific arts have come to ac knowledge that science also shows signs of having touched down on numerous occasions in what can only be identified as the real world. No longer able to keep this banal truth a secret, purists have sought to defuse its import by stressing the difference between pure and applied science; and, lest science be tainted by contact with the world through its applications, they have devoted additional energy to separating applied science somehow from technology.
Become a Digital Master—No Matter What Business You’re In If you think the phrase “going digital” is only relevant for industries like tech, media, and entertainment—think again. In fact, mobile, analytics, social media, sensors, and cloud computing have already fundamentally changed the entire business landscape as we know it—including your industry. The problem is that most accounts of digital in business focus on Silicon Valley stars and tech start-ups. But what about the other 90-plus percent of the economy? In Leading Digital, authors George Westerman, Didier Bonnet, and Andrew McAfee highlight how large companies in traditional industries—from finance to manufacturing to pharmaceuticals—are using digital to gain strategic advantage. They illuminate the principles and practices that lead to successful digital transformation. Based on a study of more than four hundred global firms, including Asian Paints, Burberry, Caesars Entertainment, Codelco, Lloyds Banking Group, Nike, and Pernod Ricard, the book shows what it takes to become a Digital Master. It explains successful transformation in a clear, two-part framework: where to invest in digital capabilities, and how to lead the transformation. Within these parts, you’ll learn: • How to engage better with your customers • How to digitally enhance operations • How to create a digital vision • How to govern your digital activities The book also includes an extensive step-by-step transformation playbook for leaders to follow. Leading Digital is the must-have guide to help your organization survive and thrive in the new, digitally powered, global economy.
Science, Technology and Society: Needs, Challenges and Limitations focuses on the role of science and technology in promoting development as well as its limitation in shaping the society. The text outlines the contributions that this field has provided in health, industries, agriculture, transportation, and communication. The book puts emphasis on the role of technologists and scientists in promoting development, such as in the fields of biology and medicine. The text notes the emergence of socio-economic problems in the sector of food and agriculture and how these problems can be solved by the application of agricultural technologies. Case studies in this regard that is presented in this book include fish handling and distribution, improving soil fertility, and feed resources for animal feeding. The role of science and technology in the management of water resources is noted, and the problems associated with the application of science and technology to water resources development are discussed. Science and technology has also played an important role in improving the quality of life in human settlements. The text is a valuable source of data for scientists and technologists who aim to improve science and technology and serve the interest of mankind.
Drawing from the detailed case studies of India and five ASEAN countries, this volume establishes the complementary role of innovation system and trade regime in promoting production and use of ICT and draws lessons for other developing countries that adopted a liberal trade regime to catch up with the ICT revolution.