Using Patent Development, Education Policy and Research and Development Expenditure Policy to Understand Differences between Countries: The Case of Estonia and Finland (original) (raw)

Using Patent Development, Education Policy and Research and Development Expenditure Policy to Increase Technological Competitiveness of Small European Union Member States

The Chinese Belt and Road Initiative will open new trade routes between China and the European Union (EU) and increase competition pressures on smaller EU member states. This article ranks where states like Estonia stand internationally in terms of innovativeness (and consequent competitiveness) by conducting an econometric study of patent development, education policy and research and development (R&D) expenditure policy. The authors claim that small member states such as Estonia should follow the example of countries such as Germany and adopt policies which focus more on increased public spending on R&D and innovation in public universities of science and technology, and raise support for high tech startups with a strong focus on international patenting. Member States must go further and subsidise R&D activities by focusing, inter alia, on filing of foreign patents such as triadic patents.

Using patent development, education policy and research and development expenditure policy to understand differences between countries: the case of Estonia and Germany

2019

Innovation is the key factor for economic growth. RDI policies pursued in a wholesome manner can have long term social significance. The true value of an invention depends upon factors such as its economic value, strategic value, cultural value and social value. Estonia and Germany share a long historical and legal connection. The German economy is strong and Germany has safeguarded it's manufacturing, mining and construction sector through incremental innovation and focused state funding for RDI activities. Germany runs cost efficient entrepreneurship promotion programs. RDI in Estonia is dependent upon EU funding. Estonia lags behind Germany in respect of several global rankings related to technology and innovativeness. To make the Estonian economy knowledge-driven and technologically intensive, the state must focus on cultural , economic, social and strategic factors. Estonia should adopt RDI policies similar to Germany and also use the new UP regime to help its SMEs to acquire foreign patents.

Patenting Activities and Technological Development in the Global Economy

Včenì zapiski Tavrìjsʹkogo nacìonalʹnogo unìversitetu ìmenì V.Ì. Vernadsʹkogo, 2020

доктор економічних наук, доцент, Львівський торговельно-економічний університет Шайда О.Є. кандидат економічних наук, доцент, Національний університет «Львівська політехніка» Степанов А.В. старший викладач, Львівський торговельно-економічний університет PATENTING ACTIVITIES AND TECHNOLOGICAL DEVELOPMENT IN THE GLOBAL ECONOMY The article is devoted to the study of current trends in patenting activities in the context of global economic processes. The priorities and goals of developing a long-term vision of the development of the countries of the world are considered in the context of the formation of the digital economy. The role of legal protection of intellectual property in achieving high rates of patenting is appraised. Comparative data of world patent ratings are given. The existing problems in the domestic patenting of scientific and technical solutions are highlighted. An econometric model of the dependence of the indicator of the number of patent applications filed with the European Patent Organisation on the percentage of human resources engaged in R&D in the EU has been built. The decisive role of human resources in scientific and technological development and patenting activities is substantiated, which requires a balanced state policy in the direction of improving human capital.

R&D Activity and patents in CEE countries

2007

The R&D activity is acknowledged to be an important component for growth and development of countries and subsequent growth differentials among countries. On one side we have creation of knowledge through R&D process and on the other side we have the actual output of the R&D process in terms of patents. Even though Central and East European countries are not at the technology frontier they too produce knowledge which is not only important in terms of royalties, but also as a prerequisite for successful technology transfer, assimilation and diffusion from technology frontier countries. In this paper we analyze the impact of R&D process and output (patents) on growth and development on selected Central and East European countries. The selection of countries is based on data availability, which is in many cases problematic, so we use pooled data and panel data in order to perform the analysis.

A policy insight into the R&D–patent relationship

Research Policy, 2009

This paper investigates whether patent counts can be taken as indicators of macroeconomic innovation performance. The empirical model explicitly accounts for the two components of patenting output: research productivity and patent propensity. The empirical analysis aims at explaining the 'correct' number of priority filings in 34 countries. It confirms that the two components play a substantial role as witnessed by the impact of the design of several policies, namely education, intellectual property and science and technology policies. A major policy implication relates to the design of patent systems, which ultimately induces, or allows for, aggressive patenting strategies.

Strategic R&D and patent behaviour in some EU-countries

This paper will be focused on two issues. Firstly, entrepreneurial innovative behaviour will be explained and, investigating the corresponding literature, it will also be concluded that innovation can reasonably be explained by patent behaviour. Secondly, because of the essential role of R&D spillovers, these will be considered in greater detail. In this respect, strategic R&D behaviour of private enterprises will be analysed under the occurrence of spillovers. Based on imperfectly competitive product markets, optimal R&D and output strategies are mutually compared. A test for various EU countries is provided using the average propensity to patent (APP) as a crude measure for the absence of spillovers. This test is applied on a panel of 22 sectors using OECD, EPO and EUROSTAT data for Belgium, Denmark, Germany, Italy, the Netherlands and the United Kingdom over the sample period 1989-1995. It is found that (coherent) long-run forecasts for the number of patent applications are feasi...

National Patterns of Technology Accumulation: Use of Patent Statistics

We use US Patent Statistics to depict national patterns of technology accumulation in Japan and EU countries. Two properties of country profiles are confirmed, namely, stability over time with a country and differentiation across countries. The main novelty introduced here is the combined analysis of overall technological advantage, performance in fast growing areas and impact. The results show that in many areas of technology in which EU countries have an overall relative advantage, their performance in the subfields of highest technological opportunity is weak. On the other hand, Japan seems to have a consistent level of performance both in aggregate and in fast growing areas.

Analysis of the Growth in the Number of Patents Granted and Its Effect over the Level of Growth of the Countries: An Econometric Estimation of the Mixed Model Approach

Sustainability, 2022

The purpose of this paper is to identify and measure the impact of the variables affecting the increase in the number of patents as a way to advance the development of policies in countries in terms of sustainable development based on innovation. An econometric estimation of a mixed model was used to measure the impact of patent development on the countries analyzed in this research. The findings suggest that economies that have some relevance in research and development have increasing numbers of patents. Thus, the empirical findings relate to the theoretical models that state that comparative advantages may be dynamic due to technological innovation. Finally, this paper shows that innovation is a central parameter to engage in research and develop a knowledge-based economy.

A New Proposal for Innovation Indicators: A Study of the World’s Largest Patent Producing Countries

International Journal of Business and Management

Innovation has become an eloquent topic among researchers and the market, but it is important to understand where we are innovating and at what costs and how efficiently this has been done. Promoting innovation performance index based on patent production, R&D investment and the number of researchers being a tool to assist managers in measuring how the resource is used. According to the analysis made using the countries in the list of the top 10(ten) patent applicants, we have identified that the first place is not the most efficient in employing researchers by a patent granted or in the efficiency of the resource employed vs. the granting of patents. This study shows that much of the resource that has been employed with researchers and research has a low return for the country. The money invested by Rep. Korea, showed the best efficiency in volume of researchers producing innovation, and China presents the best numbers in volume of production, and money by patent applied. Research ...