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This Working Paper deals with the estimation of direct, inter-industry domestic and international R&D stocks for 25 Belgian industries over the period 1995-2007. Two categories of stocks are constructed to estimate potential rent spillovers and knowledge spillovers. Domestic inter-industry and foreign R&D stocks are weighted with Supply and Use tables and bilateral trade data to estimate rent spillovers (through intermediate consumption) and with international patent citations matrices to estimate knowledge spillovers.
Using dynamic panel data on 20 Belgian market sectors over 1987-2005, the paper analyses the link between Multifactor Productivity (MFP) growth and three frequently cited determinants: business R&D, labour skills and ICT use. The theoretical framework of the analysis is given by the Aghion-Howitt model which explains the rate of MFP growth by the distance to the world technology frontier.
In order to improve our understanding of the divergent evolutions that recently emerged between European countries in terms of labour productivity, this paper compares the labour productivity growth of three small open European countries: Austria, Belgium and the Netherlands. The analysis focuses on market services as they are the most important single factor that is responsible for the divergences. The comparison shows that, while Austria and Belgium recorded a decrease in their productivity growth between 1995 and 2004, the Netherlands followed the American pattern and has recorded an increase in their growth rate since 1995. The decomposition of labour productivity growth makes it possible to underline the important role played by total factor productivity (TFP) in the Dutch upsurge in productivity growth. The breakdown of the data by industry shows the importance of the Distribution sector in the Dutch performance. The growth of TFP observed in the Distribution sector is then linked to different potential determinants: ICT accumulation and use, labour qualifications, R&D and innovation and regulations.
The objective of this paper is to assess the impact of information and communications technology (ict) on economic performance at the sectoral level in Belgium over the period 1990-2000. The growth accounting approach used in the framework of the neoclassical growth theory for the study of the sources of economic growth will be adopted here in order to quantify the impact of ict use on output and labour productivity growth. Since annual data on ict capital stock are not readily available, we use data from a number of sources to construct this indicator at the sector level for Belgium over the period 1990-2000. Our findings should indicate (i) to which extent ict contributed to output and labour growth at the sectoral level in Belgium in the 1990s and (ii) whether industries making intensive use of ict performed better then non-intensive ict ones over the same period.
The macroeconomic results presented here - as summarised in Table 2 - are based on ICT investment expenditure data that are compatible with the data of the 1995 input-output. As the level of the revised ICT investment expenditure is larger than the ICT investment expenditure used in WP 7-02, the results of the growth accounting exercise point to a somewhat larger contribution of ICT Capital accumulation to growth.
In this paper, the impact of ICT on economic and productivity growth is investigated in the context of the Belgian economy. The analysis is conducted at aggregate and branch level. The impact of ICT on economic growth through productivity gains can be transmitted via three different channels, namely increase in the ICT capital available per worker (capital deepening), technical progress in the ICT producer sectors (TFP growth) and finally, technical progress in the ICT user sectors through spillover effects (TFP growth).
Information and communication technology (ICT) has become a significant economic activity in most industrialized countries as well as an important engine of innovation and changes in the rest of the economy. It has been recognized as one of the key factors boosting productivity growth and hence business sector competitiveness. Various initiatives have been recently adopted at regional, national and European levels in order to meet quickly the new challenges of ICT use and diffusion in Europe. A growing number of indicators are now available in order to assess the position of each country or region in terms of ICT development and to guide policy decisions in that field. The aim of this report is to provide a clear and succinct view of the relative development of ICT in Belgium by analyzing both the production and the diffusion of ICT in our economy 1 and to highlight the main weaknesses and strengths of the Belgian economy in that area. Even if the sector has been recently characterised by stock markets ups and downs and numerous bankruptcies, production of ICT goods and services has contributed significantly during the nineties to the growth of economic activity and employment in some industrialised countries as for instance in Anglo-saxon and Scandinavian countries. Has Belgian economic activity benefited from the boom in the ICT sector to the same extent as other industrialised countries? What kind of development can be expected in the future? These are the main questions addressed in the part of the report devoted to the analysis of the Belgian ICT production sector.