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Technological Gap (technological + gap)

Distribution by Scientific Domains

Business, Economics, Finance and Accounting	75%

Selected Abstracts

Incentives for International Migration of Scientists and Engineers to Japan

INTERNATIONAL MIGRATION, Issue 4 2009
Yukiko Murakami
Many developed countries, welcome foreign talent, and Japan is no exception. The Japanese government has developed programmes for expanding the acceptance of foreign labour in specialized and technical fields, in order to compete with foreign nations in the global economy and accommodate the highly specialized domestic industrial structure. This paper focuses on scientists and engineers (S&E) as a component of the highly skilled labour force, and examines their incentives for migrating to Japan, which is one of the most technologically advanced countries in the world. According to a survey conducted in 2004, the majority of S&E working in Japan migrated from Asian nations, and many obtained their doctoral degrees in Japan and continued to stay in the country to work. Key incentives for migration are Japan's high level of science and technology, opportunities to acquire cutting-edge knowledge, and prospects for improving performance in an environment with large budgets, superior equipment and facilities, and good quality human resources. In particular, the technological environment is influential for S&E from countries with a significant technological gap when compared with Japan. However, this does not mean that S&E are indifferent to monetary rewards. The salary gap, which is considered to be a major factor in international mobility in to traditional economic theory, has also proven to be a significant incentive, particularly for S&E from countries where the gap in gross domestic product (GDP) per capita compared with Japan is large. In addition, cultural and social aspects of Japan attract mainly young S&E. The attractiveness of Japanese culture, opportunities to learn the Japanese language, and chances to build a network of personal contacts are important incentives for migration. This study presents some policy implications for countries competing over capable S&E. [source]

Singapore's transition to innovation-based economic growth: infrastructure, institutions and government's role

R & D MANAGEMENT, Issue 2 2006
Winston T. H. Koh
Technological progress and innovation plays a central role in a country's economic progress. As an economy advances to the global technological frontier and narrows the technological gap, an innovation-based growth strategy that focuses on investments in R&D and technology creation offers the greatest potential for economic growth. In this paper, we discuss the requirements for a successful transition, in terms of changes to the technology infrastructure, economic institutions and the incentives' structure. This paper outlines the efforts made by Singapore to re-make itself as an innovation-based economy, and the challenges faced by the government in transforming the nation's infrastructure and institutions to develop innovation capabilities and encourage entrepreneurship. [source]

SCM Involving Small Versus Large Suppliers: Relational Exchange and Electronic Communication Media

JOURNAL OF SUPPLY CHAIN MANAGEMENT, Issue 1 2005
Paul D. Larson
SUMMARY This article develops and tests hypotheses on relational exchange and electronic communication media in supply chains involving small versus large suppliers. Through a combination of focus groups, e-mail surveys and case studies, the article addresses the differences in relational exchange due to supplier size. Findings indicate significantly greater use of relational exchange and electronic communication media with large suppliers compared to small suppliers. The article offers solutions to reducing the relational and technological gaps between large and small suppliers. [source]

Potentiel de Productivité et Efficacité Technique du Secteur Agricole en Afrique

CANADIAN JOURNAL OF AGRICULTURAL ECONOMICS, Issue 3 2006
Joachim Binam Nyemeck
This study utilizes frontier metaproduction functions to analyze inter-region agricultural productivity differences. Technical efficiency scores are examined through estimation of stochastic frontiers for 16 African countries divided into three different regions (West Africa, East and Southern Africa, and North Africa) from 1970 to 2001. The idea is to explore the differences in efficiency and technological gaps of agricultural sector. Apart of common traits that characterize African agricultural sector, countries exhibit national and regional specificities. These diversities are such that it is difficult to make valuable generalizations. It appears from the results that: in West Africa, the level of technology is relatively good, meaning that there is no problem of input constraints. By contrast, the efficiency with which inputs are used is very low. The situation is very different in the East and Southern Africa, with the level of technology relatively low and appreciable technical level. At least, the North Africa countries make a performing mixture between technology and efficiency. Cette étude utilise les Meta frontières de production pour analyser les différences inter-régionales de la productivité agricole. Les niveaux d'efficacité technique sont examinées par l'estimation des frontières stochastiques de 16 pays africains regroupés en trois régions (l'Afrique de l'Ouest, l'Afrique de l'Est et Australe, et l'Afrique du Nord), sur une période allant de 1970 à 2001. L'idée étant d'explorer les différences d'efficacité et les écarts technologiques du secteur agricole. Au-delà des simples traits communs qui caractérisent le secteur agricole africain, on trouve des expériences nationales et régionales dont il est difficile, du fait de leur grande diversité, de tirer des généralisations valables. Des résultats de l'étude, il ressort que: en Afrique de l'Ouest, le niveau technologique est relativement satisfaisant, traduisant le fait que la présence des inputs ne représente pas une contrainte. Par contre le niveau d'efficacité avec lequel ces intrants sont utilisés est assez faible. La situation est tout autre en Afrique de l'Est et Australe avec un niveau technologique relativement faible et un niveau d'efficacité appréciable. L'Afrique du nord enfin fait un savant dosage entre efficacité et technologie. [source]