Path dependence and resource availability: Process of innovation activities in Chinese family and non-family firms

Employing a process-based perspective and using a generalized method of moments (GMM) procedure, this paper examines the difference in innovation activities between family firms and non-family firms in China. We find that the level of research and development (R&D) by family firms is dependent on prior R&D spending and more so relative to non-family firms. Next, we find that R&D investment by family firms is more likely to be motivated by the availability of both internal and external cash flows relative to non-family firms. Further analysis suggests that these findings are unlikely to be driven by firm maturity.     

Leveraging Research and Development: Assessing the Impact of the U.S. Advanced Technology Program

This paper examines the factors that affect a firm's chances of winning an award from the Advanced Technology Program (ATP) and the subsequent impact of the award on a firm's success in raising additional funds for its research and development (R&D) activities. Analysis of data from a survey of 1998 ATP applicants shows that proposals with higher ratings by technical and business/economic experts have a greater chance of winning an award. Further, the projects and firms selected by ATP are more willing to share their research findings with other firms, and tend to be those that open up new pathways for innovation through combining technical areas or by forming new R&D partnerships. Most of the non-winners have not proceeded with any aspect of the R&D project proposed to ATP and, of those that have, most did so at a smaller scale. Furthermore, the ATP award has prestige value for the winning firms; the halo effect from the award increases the success of these firms in attracting additional funding from other sources. Our conclusion is that the ATP is leveraging activities that have a strong potential for broad-based economic benefit.     

Economic returns to industrial research

This paper investigates the relationship between R&D and corporate performance. The study extends previous research by examining the conditions under which firms benefit from R&D; by incorporating in the analysis the varying costs of R&D inputs; and by employing an opportunity-cost approach that estimates the monetary returns to R&D. The findings indicate that industrial research generates revenues that are significantly higher than the returns that other investments yield. The study also resolves previously conflicting results concerning firm size, and offers new insights on the role of technological opportunities that contradict past studies. Although the potential for innovation is greater in high-tech industries, intense R&D competition prevents technologically dynamic firms from enjoying high returns to R&D. By contrast, the results demonstrate that low-tech firms use R&D successfully as part of their strategies, implying that prior research underestimates the importance of R&D for these firms.     

Internal Versus External R&D: A Study of R&D Choice with Sample Selection

This paper extends previous analyses of the choice between internal and external R&D to consider the costs of internal R&D. The Heckman two-stage estimator is used to estimate the determinants of internal R&D unit cost (i.e. cost per product innovation) allowing for sample selection effects. Theory indicates that R&D unit cost will be influenced by scale issues and by the technological opportunities faced by the firm. Transaction costs encountered in research activities are allowed for and, in addition, consideration is given to issues of market structure which influence the choice of R&D mode without affecting the unit cost of internal or external R&D. The model is tested on data from a sample of over 500 UK manufacturing plants which have engaged in product innovation. The key determinants of R&D mode are the scale of plant and R&D input, and market structure conditions. In terms of the R&D cost equation, scale factors are again important and have a non-linear relationship with R&D unit cost. Specificities in physical and human capital also affect unit cost, but have no clear impact on the choice of R&D mode. There is no evidence of technological opportunity affecting either R&D cost or the internal/external decision.     

Firm size and innovation

In an innovation survey in the Netherlands, we find considerably more SMEs which perform small scale R&D than are found in the official R&D surveys. Nonetheless, SMEs appear on average to be somewhat less R&D intensive than large firms. Only when we restrict our observations to firms which perform some R&D, there is no systematic relationship between size and R&D. Among the barriers to innovation the following are particularly important to SMEs: information deficits with respect to instruments of innovation policy; a lack of capital; a lack of management qualifications; problems in finding adequate technical information, and problems in finding qualified employees.     

Executive compensation incentives,risk level and corporate innovation

This paper explores the innovation of Chinese listed companies from the perspectives of CEOs' compensation and corporate risk. We find that executives' salary can effectively promote firms' investment in research and development (R&D), while equity compensation failed to promote corporate R&D investment. Besides, the level of corporate risk has a mediating effect between executives' salary and corporate R&D investment. However, corporate risk level has a moderating effect between equity compensation and corporate R&D investment. When the level of risk is higher than a certain level, the negative impact of executives' equity compensation on innovation input becomes more obvious.     

Innovation,formal vs. informal R&D,and firm size: Some evidence from Italian manufacturing firms

On the basis of data from two recent surveys on innovation diffusion in Italian manufacturing industry, this paper shows that informal R&D is an important part of the total R&D undertaken by small and medium sized firms. Nevertheless, when an output indicator such as the number and the nature of the innovations introduced by firms of different size is used, it emerges that small firms have introduced mainly incremental rather than major innovations. The paper therefore suggests that systematic R&D undertaken by large firms within structured laboratories is more effective (in terms of product innovations) than occasional R&D carried out by small firms.     

Can locally-recruited R&D personnel significantly contribute to multinational subsidiary innovation in an emerging economy?

This paper assesses the role of locally-recruited R&D personnel relative to their expatriate counterparts as regards innovation in multinational subsidiaries in an emerging economy. Two hypotheses are developed based on a network approach to multinational enterprises in an emerging economy setting, and tested on a sample of 317 multinational subsidiaries in China. Our results indicate that locally-recruited R&D personnel have played a limited role in innovation within multinational subsidiaries. While making a marginally significant contribution to R&D output due to their direct supply of technological knowledge, locally-recruited R&D personnel are unable to translate subsidiary R&D expenditure into successful patent applications probably because of their lack of technology management skills. In comparison, R&D expatriates significantly contribute to multinational subsidiary R&R output in both dimensions.     

Mobility of public researchers, scientific knowledge transfer, and the firm's innovation process

The present study provides evidence on the mobility effects of researchers from the public R&D system with regard to firm's innovation process. This issue is particularly novel and important as these researchers contribute to the production and transfer of knowledge previously developed and accumulated in the public R&D system. The findings confirm that scientific knowledge which public researchers provide has a positive influence on both inputs and outputs of the firms' innovation process. The fact that firms have access to additional knowledge which is complementary to that they already hold represents a spur for exploiting and applying this new knowledge. The firms in this study continually increased their in-house R&D investments. As a result of these investments firms create new knowledge of a unique and valuable type. The study draws two important conclusions geared to providing a greater efficiency in human resource management and to improve the design of technology policies.     

Globalization, R&D and the iPod Cycle

This paper constructs a dynamic scale-free North-South model of trade with endogenous innovation. In the North a local-sourcing-targeted race and an outsourcing-targeted R&D race take place simultaneously within each industry. The former results in the winner firm manufacturing in the North, while the latter culminates in the winner firm's immediate outsourcing to the South, generating the iPod cycle. We study three aspects of globalization: reductions in the resource-requirement in outsourcing-targeted R&D, increased subsidies to outsourced production, and reduced Southern imitation due to TRIPs. Each event boosts outsourcing-targeted R&D and increases the frequency of iPod cycles. The aggregate innovation rate rises despite a possible fall in local-sourcing-targeted R&D, and the North-South relative wage decreases.     

R&D spillovers through trade in a panel of OECD industries

This paper investigates the significance of Research and Development (R&D) spillovers through intra- and international trade in intermediate goods for productivity growth in a panel of OECD industries during 1973–1994. In the model, four different sources of R&D are identified: R&D conducted in the particular industry itself, R&D conducted in the same industries in other countries, R&D conducted in other domestic industries, and R&D conducted in other foreign industries. I find that among R&D sources the most important contributions to productivity growth come from the domestic R&D efforts. Here, own R&D is important for both domestic innovation and for the productivity catch-up process. Evidence that international R&D spillovers also have significant effects on productivity growth is found to be less robust. My analysis also shows that human capital affects productivity directly as a factor of production.     

Innovation success of non-R&;D-performers: substituting technology by management in SMEs

This paper investigates the impact of in-house R&D and innovation management practices on innovation success in small and medium-sized firms (SMEs). While there is little doubt about the significance of technology competence for generating successful innovations, in-house R&D activities may be a particular challenge for SMEs due to high risk exposure, high fixed costs, high minimum investment and severe financial constraints. SMEs may thus opt for refraining from R&D and relying more on innovation management tools in order to achieve innovation success. We analyse whether such a strategy can pay off. Based on data from the German CIS, we find that R&D activities are a main driver for innovation success if combined with external R&D, using external innovation sources or by entering into co-operation agreements. SMEs without in-house R&D can yield a similar innovation success if they effectively apply human resource management tools or team work to facilitate innovation processes.

Top management team characteristics,R&;D investment and capital structure in the IT industry

This paper is based on agency theory, resource-based and upper-echelons perspectives to examine the relationship between R&D investment and capital structure and the moderating effects of top management team (TMT) characteristics on the financing decisions of R&D investment in small and medium enterprises (SMEs). Using data for SMEs in Taiwan’s IT industry, we find that (1) SMEs involved in R&D activities tend to have lower debt levels and (2) TMT characteristics exert considerable influence on the R&D investment-financial leverage relationship in SMEs. One important implication of the empirical evidence is that for SMEs trying to compete on the basis of innovation, the TMT characteristics significantly influence financing decisions. As innovative activities increase, the selection and development of top executives, who are responsible for choosing an optimal capital structure that could keep financial costs low while providing sufficient financial resources for maintaining a continuous, uninterrupted rate of R&D, is crucial for SMEs.     

Determinants of R&D collaboration of service firms

This article examines the determinants of R&D collaboration of service firms. Different from manufacturing firms, we expect that types of innovation, public financing, innovation protection, purchase of external R&D, firm’s absorptive capacity, spillovers, and certain innovation barriers determine the firm’s decision to collaborate in R&D. Results indicate that firms that undertake R&D collaboration tend to undertake process innovation, receive public funding, can protect their innovations, and typically subcontract the development of their technologies. The article provides implications for theory and practice.     

Collaboration for R&D Projects between the Industry and External Agents: Evidence from Manufacturing Companies in Peru

In this article we use the innovation survey of the manufacturing industry of Peru to identify cooperation behaviors for research and development (R&D) projects among companies and external agents in general. Likewise, we also find cooperation behaviors among the industry and the following external agents: university, technical centers, suppliers, customers, and companies of the same group, competitors, guilds, and consultants. Within the specific agents, the university is considered a cooperation agent for R&D projects. We use the survey of innovation in the manufacturing industry of Peru conducted in 2015, which resulted in 1447 Peruvian companies being surveyed. Evidence was obtained as to the degree of the tie between the industry and external agents for cooperation in R&D projects, giving relevance to variables such as investment, resources, and degree of innovation. Our results show that investment is an important factor for cooperation with external agents. Additionally, companies that have innovated at some point seek to cooperate with external agents. Finally, the importance of the university is demonstrable, thus, companies that invest in R&D seek to cooperate with the university.     

Configurations of strategic R&D decisions and financial performance in small-sized and medium-sized firms

This paper links the strategic decisions made in R&D during the financially turbulent period of 2009 to the firm's financial health in the period 2010–2013. The focus is on decisions made in R&D-active small and medium-sized enterprises in terms of absorptive capacity, open innovation, type of R&D, and the organizational structuring of R&D. Based on a representative set of R&D-active firms in Belgium, qualitative comparative analysis reveals that the outcomes in terms of financial performance related to optimal configurations of strategic R&D decisions depend on the firm's size and on the time-lag under consideration. Managers in small-sized firms are advised to pay particular attention to a more functionally-structured R&D approach in configurations of strategic R&D decisions. To increase medium-term financial performance, managers in medium-sized firms benefit from more engagement in research-oriented activities, more in-house innovation, and the enhancement of absorptive capacity in sets of strategic R&D decisions.     

Corporate motivation and performance in R&D alliances

In the face of the global challenges of rapid transitions in technologies and markets, R&D activity has become one of the main ways for companies to engage in innovation. In addition, minimizing transaction cost is no longer sufficient to ensure a company's survival; therefore, companies must investigate and acquire resources to facilitate innovation within the organization. This study investigates corporate motivation and the performance of R&D alliances among machinery manufacturers in Taiwan. To explore the relationships between motivation and performance, this study adopts two distinct but complementary perspectives on R&D alliances: transaction-cost economics (TCE) and resource-based theory (RBT). This study includes the administration of a survey to explore the issues of motivation of companies participating in R&D alliances, types of governance structure in alliances, relationships between governance structure and performance, and relationships between motivation and performance of an R&D alliance in Taiwan's machinery industry (the TMI). The results in this study assert that corporate motivation as derived from both TCE and RBT perspectives has a significant positive relationship with the performance of R&D alliances; however, the other moderating variables, such as types of governance structure and corporate attributes, do not have a significant impact on the performance of R&D alliances in the TMI.     

Steuerliche Förderung von Forschung und Entwicklung in KMU — Irrweg für Deutschland?

To foster R&D activities, German industry lobbyists and policymakers are discussing the introduction of tax incentives for R&D in small and medium enterprises (SME) — all the more because Germany is one of just six of the 35 OECD members without indirect R&D support. Based on a critical assessment of the arguments provided, we conclude that international experiences with R&D tax incentives are not as promising as often suggested. An appropriate transfer into the German tax system, considering its specificities, appears to be technically difficult. The high level of heterogeneity of German SMEs population suggests that not every SME requires R&D to be innovative, because empirical evidence shows multiple diverse innovation patterns that demand other forms of support. Acknowledging the existing range of SMEs, we propose that instead of introducing R&D tax incentives, the debate should be focused on how to strengthen and develop the existing innovation policy mix for SMEs.     

The dynamics of exports and R&D in SMEs

A growing body of literature is exploring firm export and R&D activities. However, most studies examine the first one, whilst considering the second as an explanatory variable or vice versa. This paper contributes to this literature by exploring the joint dynamics of exports and R&D using data from a representative sample of small and medium-sized enterprises in Spanish manufacturing over the 1990–2006 period. The results confirm the existence of a strong interdependence between export and R&D activities. Indeed, engaging in export (R&D) activities will increase a firm’s chances of also engaging in R&D (export) activities. This, in turn, increases firms’ chances of succeeding in export (R&D) activities. Additionally, once we control for firm heterogeneity, strong persistence still remains in each activity due to true state dependence. The results are robust in the use of alternative measures of internationalization (i.e. imports) and innovative activities (product and process innovation).     

International knowledge spillovers through high-tech imports and R&D of foreign-owned firms

The international transmission of knowledge through import spillovers, as a source of Total Factor Productivity (TFP) growth, has received much attention in the literature. We investigate two additional direct channels through which R&D disseminates: the import of high-technology goods and the internationalization of business R&D. Building on an extensive data-set, covering both developing and industrial countries, we add foreign-owned patents as a proxy for R&D activities of foreign multinationals. While we confirm the significance of import spillovers for all countries included, we find additional spillovers for developing countries through the import of high-technology goods. Only developed economies seem to benefit from the diffusion of knowledge that originates through cross-border cooperation in R&D by multinationals.