Trade performances and technology in the enlarged European Union

We analyse the role of the enlargement process of the European Union as a factor fostering international competitiveness of EU Member States. We argue that the economic integration process has partially reduced the technological gap between old and new EU Member States, and this pattern of technological innovation can partially explain the strong impulse on the export dynamics of European countries. We have built an augmented gravity model by including the role of technological innovation, proxied by the stock of knowledge at the sector level. By using a dynamic panel data estimator we find three main empirical evidences. First, the enlargement process has produced an overall larger positive impact on export flows for new members than for old ones, and more importantly that sectors with the higher technological content have received the strongest impulse. Second, the augmented gravity model allows shaping the crucial role of technological innovation in fostering export competitiveness. Third, this impact seems to be stronger for old EU member states than for new ones. The policy implication we derive is that the more the new EU members catch up technologically as a result of the integration process, the more they will benefit in terms of economic development.EU enlargement, gravity model, international trade, economic integration, technological innovation

The Use of Trademarks in Empirical Research: Towards an Integrated Framework

This paper represents an early attempt to develop an integrated framework linking empirical studies that make use of trademark statistics. Despite its youth, this field of scholarly activity has already accumulated a critical mass of papers that allow us to draw first general conclusions about the trademark lifecycle and its impact on organisational functioning. Based on a systematic review of 64 articles with some elements of empirical trademark analysis, five broad research areas have been identified, namely: the determinants of trademark deposits; the relationship between trademarks and innovation processes; the role of trademarks in differentiating product offerings; the strategic use of trademarks; and the impact of trademarks on firm performance. Within each category, a more detailed aggregation of articles has also been proposed. Overall, the analysis has shown that the performance-based perspective currently dominates the research landscape, with studies on trademark deposits and the trademark-innovation link to follow. At the same time, there is still little known about micro-foundations of a company's trademarking behaviour; the use of trademarks and other intellectual property rights in a complementary way and its effect on value transference; as well as the performance implications of differentiation strategy. This paper considers these and other findings to outline directions for future research

How Structural Change Differs, and Why it Matters (for Economic Growth)

Several types of theoretical literature on the topic of trade, growth and specialisation, including neoclassical approaches, post-Keynesian literature and some models in evolutionary economics, have shown that it is possible enjoy higher rates of economic growth, given the presence of certain sectors in the economy, being it high-tech or fast-growing sectors. This paper investigates these propositions empirically. Basically the idea is to conduct a constant market share (CMS) analysis, and afterwards include the obtained effects in regression models, using panel data techniques in explaining aggregate economic growth. The results display that the fixed effects model is the most appropriate technique, and that using this tool, the initial level of income (the catch up variable) is significant and has a negative sign as expected. The investment (growth of the capital stock) variable is also significant, while the growth adaptation effect (measuring whether the country in question has actively (more than the average country) moved into slow or fast growing sectors) is the only significant variable (positive sign) of the CMS effects. Hence, it is concluded that a certain dynamism in terms of structural change is required by countries in order to achieve high levels of economic growth at the macro level. The final part of the paper deals with the question of whether the fast-growing sectors (as measured in the CMS analysis) are high-tech or not. Based on a comparison between the OECD growth vector from the CMS analysis, on the one hand, and R&D intensities in the 22 sectors (for the 1970s and for the 1980s), on the other, it is concluded that the fast-growing sectors are in general also high-tech sectors.trade specialisation, economic growth, constant market share analysis, panel data

Recombinant Knowledge and Growth: The Case of ICTs

The economics of recombinant knowledge is a promising field of investigation. New technological systems emerge when strong cores of complementary knowledge consolidate and feed an array of coherent applications and implementations. However, diminishing returns to recombination eventually emerge, and the rates of growth of technological systems gradually decline. Empirical evidence based on analysis of the co-occurrence of technological classes within two or more patent applications, allows the identification and measurement of the dynamics of knowledge recombination. Our analysis focus on patent applications to the European Patent Office, in the period 1981-2003, and provides empirical evidence on the emergence of the new technological system based upon information and communication technologies (ICTs) and their wide scope of applications as the result of a process of knowledge recombination. The empirical investigation confirms that the recombination process has been more effective in countries characterized by higher levels of coherence and specialization of their knowledge space. Countries better able to master the recombinant generation of new technological knowledge have experienced higher rates of increase of national multifactor productivity growth.

Absorptive Capacity and Efficiency: A Comparative Stochastic Frontier Approach Using Sectoral Data

In this paper, we investigate differences in and determinants of technical efficiency across three groups of OECD, Asian and Latin American countries. As technical efficiency determines the capacity with which countries absorb technology produced abroad, these differences are important to understand differences in growth and productivity across countries, especially for developing countries which depend to a large extend on foreign technology. Using a stochastic frontier framework and data for 22 manufacturing sectors for 1996-2005, we find notable differences in technical efficiency between the three country groups we examine. We then investigate the effect of human capital and domestic R&D, proxied by the stock of patents, on technical efficiency. We find that while human capital has always a strongly positive effect on efficiency, an increase in the stock of patents has positive effects on efficiency in high-tech sectors, but negative effects in low-tech sectors

THE ROLE OF SMALL FIRMS IN CHINA’S TECHNOLOGY DEVELOPMENT

Science & Technology (S&T) is high on the Chinese policy agenda but there are large uncertainties on the actual S&T development. For instance, previous studies tend to focus only on large and medium-sized enterprises (LMEs). The situation in Chinese small firms is far less explored. This paper aims to examine the role of S&T-based small firms. More precisely, we examine how much S&T that has been accounted for by small firms and how their S&T intensity differs across industries and ownership groups. We also analyze how various firm characteristics differ over size categories and S&T status. This study is based on newly processed micro level data provided by the National Bureau of Statistics with information on a large number of S&T indicators for small-, medium-, and large-sized manufacturing firms in China in 2000 and 2004. Our results suggest that small firms in Chinese S&T resemble their role in many other countries. They account for a comparably small share of total S&T and most small firms are not engaged in any S&T. However, those small firms that do engage in S&T tend to be more S&T intensive and have a higher output in terms of patents than larger Chinese S&T firms.Technology; SMEs; China; S&T; R&D

Financial Development and Technology

Research in development economics reveals that the bulk of cross-country differences in economic growth is attributable to differences in productivity. By some accounts, productivity contributes to more than 60 percent of countries’ growth in per capita GDP. I examine a particular channel through which financial development could explain cross-country and crossindustry differences in realized productivity. I argue that financial development induces technological innovations ñ a major stimulus of productivity - through facilitating capital mobilization and risk sharing. In a panel of industries across thirty eight countries, I find that financial development explains the cross-country differences in industry rates of technological progress, rates of real cost reduction and rates of productivity growth. I find that the effect of financial development on productivity and technological progress is heterogeneous across industrial sectors that differ in their needs for financing innovation. In particular, industries whose younger firms depend more on external finance realize faster rate of technological change in countries with more developed banking sector.http://deepblue.lib.umich.edu/bitstream/2027.42/57259/1/wp879 .pd

Working Paper 07-11 - The determinants of industry-level total factor productivity in Belgium

In this Working Paper the impact of potential determinants of total factor productivity, i.e. the part of output that cannot be explained by the quantity of production factors, is estimated for Belgium using industry-level data for the period 1988-2007.Total factor productivity, Competition, R&D

Financial Development and Technology

Research in development economics reveals that the bulk of cross-country differences in economic growth is attributable to differences in productivity. By some accounts, productivity contributes to more than 60 percent of countries’ growth in per capita GDP. I examine a particular channel through which financial development could explain cross-country and crossindustry differences in realized productivity. I argue that financial development induces technological innovations – a major stimulus of productivity - through facilitating capital mobilization and risk sharing. In a panel of industries across thirty eight countries, I find that financial development explains the cross-country differences in industry rates of technological progress, rates of real cost reduction and rates of productivity growth. I find that the effect of financial development on productivity and technological progress is heterogeneous across industrial sectors that differ in their needs for financing innovation. In particular, industries whose younger firms depend more on external finance realize faster rate of technological change in countries with more developed banking sector.http://deepblue.lib.umich.edu/bitstream/2027.42/40135/3/wp749.pd

Technology Portfolio and Market Value

This paper discusses the impact of a firm's technology portfolio on its market value. Two concepts are used to characterize a firm's portfolio: the number of technological fields and the degree of relatedness within the portfolio characterized by the amount of joint occurrences of patents in technological fields. Based on a theoretical framework using an expanded Tobin's q approach, it presents evidence for a negative influence of portfolio size on the market value caused by a diminishing potential to make use of economies of scale. This discount can be counterbalanced when the relevant fields share a common technological base which is measured by the degree of technological relatedness.technological portfolio, relatedness, patent statistics, tobin's q, economies of scope