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United States history is steeped in trade and trade debate, from the pivotal role of the Boston Tea Party in shaping the United States as a nation to the recent debate over the merits of U.S. ratification of the present version of the General Agreement on Tariffs and Trade (GATT) negotiations. It is no surprise, then, that the U.S. Department of Commerce is actively involved in promoting exports. In 1993, President Clinton announced a national export strategy for the United States, described as “a comprehensive plan [that] upgrades and coordinates the government's export promotion and export finance programs to help American firms compete in the global marketplace” (U.S. Department of Commerce, 1994). In particular, the strategy identifies past problems with U.S. trade promotion efforts and recommends improvements upon current ones. This includes enhancing existing trade finance programs such as the Exim Bank and the Overseas Private Investment Corporation, and creating the Tied Aid Fund to help U.S. firms compete on a level playing field. As an outcrop of this initiative, the Commerce Department identified 10 foreign nations as the big emerging markets (BEMs) of the upcoming century, markets where the potential for trade growth is the greatest.

This paper presents the second-generation estimates for the Italian engineering industry in 1911, a year documented both by the customary demographic census, and the first industrial census. The first part of this paper uses the census data to estimate the industry’s value added, sector by sector; the second further disaggregates each sector by activity, and estimates the value added, employment, physical product, and metal consumption of each one. A third, concluding section dwells on the dependence of cross-section estimates on time-series evidence. Three appendices detail the specific algorithms that generate the present estimates; a fourth, a useful sample of firm-specific data.

This research outlines the technological structure of the entire Japanese manufacturing and service industry using the patent information from research and development (R&D) activities to set R&D goals.

By analyzing the technological development capability of individual companies, the direction of the companies' R&D activities and current state of technological fusion between them can be understood. A group of companies participating in a particular product/service market must have the same technological development capabilities. As a result, the ratio of patent applications by a company to the total number of applications in a technical field will be similar across companies. This study uses the inter-company correlation coefficient of the ratio of patent applications by technical field as an index of technological development capability. A total of 167 major companies covering the major industries of Japan were analyzed. The analysis period was 15 years from 2004 to 2018, and the technical fields were rearranged to 42 fields with reference to the International Patent Classification (IPC)-Technology Concordance used by the World Intellectual Property Organization (WIPO). Considering the fluctuation in patent application opportunities, the number of patent applications was collected for at least three years for the analysis of patent applications by technical field, company and industry.

Examining the entire Japanese industry, the research found that chemicals, ceramics, non-ferrous metals and electrical/electronic equipment act as intermediaries between the respective groups and are linked to the transportation equipment, electrical/electronic equipment and information and communication services industries that are currently driving the Japanese economy. However, the technical connections between these groups are relatively loose. Over the last 15 years, the propagation structure of technical knowledge information has not changed. The progress of technological fusion remains within the scope of commerce and is conditioned by commerce.

Studies focusing on the technological development capability between companies and the technological structure of the Japanese manufacturing and service industries are almost non-existent since 2000 when Japan's economic growth slowed. The analytical methods presented in this research can be applied to individual companies to gain an understanding of technical positions of companies and can be useful for planning a technical environment, business or R&D strategy.

This study consists of an examination of productivity growth following three major technological breakthroughs: the steam power revolution, electrification and the ICT revolution. The distinction between sectors producing and sectors using the new technology is emphasized. A major finding for all breakthroughs is that there is a long lag from the time of the original invention until a substantial increase in the rate of productivity growth can be observed. There is also strong evidence of rapid price decreases for steam engines, electricity, electric motors and ICT products. However, there is no persuasive direct evidence that the steam engine producing industry and electric machinery had particularly high productivity growth rates. For the ICT revolution the highest productivity growth rates are found in the ICT-producing industries. We suggest that one explanation could be that hedonic price indexes are not used for the steam engine and the electric motor. Still, it is likely that the rate of technological development has been much more rapid during the ICT revolution compared to any of the previous breakthroughs.

The conclusion of the Uruguay Round (UR) in 1994 and the subsequent establishment of the World Trade Organisation (WTO) in January 995 signaled a new era in terms of global trade. At the same time the prolonged years of negotiations of the UR also witnessed an increase in the expansion and extension of various regional arrangements. Consequently, the global environment has shifted toward institution‐driven globalisation and regionalism concurrently. The new international horizon promises significant opportunities and challenges for Malaysian industries. The objective of this paper is to assess the ability of Malaysian manufacturing to face these opportunities and challenges by evaluating their competitiveness. The findings of this study reveal only three sub‐sectors that are competitive even before the advent of the financial crisis. Further, the crisis has worsened the competitive position of the manufacturing sector. Hence, it is imperative that current government policies work toward restoring macro‐economic and political stability. At the same time, the medium‐ and long‐term needs of this sector call for a shift in industrial policy from mere export promotion to technology and human resource promotion.

Past research suggests that a financial crisis event has a dual and ambiguous effect on the exporting strategy of subsidiaries of multinational firms in a value chain and offshoring perspective. From a total volume perspective exports are expected to contract due to a decline in demand (demand shock) from other subsidiaries downstream in the value chain. While in a comparative perspective multinational subsidiaries are found to perform relatively better than local firms that are integrated differently (arms’ length) in global production networks (e.g., offshoring outsourcing). This chapter tries to reconcile these findings by testing a number of hypothesis about global integration strategies in the context of the Global Financial Crisis (GFC) and how it affected exporting among multinational subsidiaries operating out of Turkey. Controlling for the impact that exchange rate depreciations and volatility has on firm-level exports the study shows that the particular global event studied had no additional impact on individual firms’ exports. Since multinational subsidiaries are more insulated from these effects they are able to expand rather than contract their global integration strategies throughout the course of the GFC.

This paper looks at the importance of forecasted information as a key input to investors decision models. The research design uses accounting variables suggested by financial accounting theory, industry variables and economic variables. Analysis of the data indicated that only return on investment yield and capital intensity were associated with earnings. In an environment of rapidly changing economic conditions and attendant uncertainty, the scrutiny of forecast accuracy has is crucial. For a firm, the allocation of resources is based upon forecasts of financial information that may affect its survival. Earnings and dividends forecast, and the growth rates in these forecast are key informational inputs in investor decision models (Chang and Most, 1980). In addition, Securities and Exchange Commission, recognizing the importance of this subjective and non‐verifiable information, permits and encourages firms to include financial forecasts in their annual reports by granting them a “safe harbor”. The accounting profession responded to this demand for forecasted information by producing audit guidelines for these forecasts. Accounting‐based financial forecasts are used in a variety of ways. Banks and non bank financial institutions use forecasts to evaluate credit. Earnings forecasts are useful to financial analysts who attempt to isolate a firm's intrinsic characteristics such as residual income after removing the effect of economy and industry conditions through the use of index models. Auditors use accounting forecasts as a basis for expectations concerning reported items to determine the extent of detailed tests (Stringer, 1975; Kinney, 1978). Lev (1980, p.525) stated that the “… crucial stage of the analytical review process is the generation of expected, or reasonable, values of financial statement items.” Managers use internally generated earnings forecasts for resource allocation decisions concerning present operations as well as future operations and expansions/contractions.

The paper assesses the extent to which China's comparative advantage in manufacturing has shifted towards higher‐tech sectors between 1987 and 2005 and proposes possible explanations for the shift.

Revealed comparative advantage (RCA) indices for 27 product groups, representing high‐, medium and low‐tech sectors have been calculated. Examination of international market attractiveness complements the RCA analysis. Findings for selected sectors are evaluated in the context of other evidence.

While China maintains its competitiveness in low‐tech labour intensive products, it has gained RCA in selected medium‐tech sectors (e.g. office machines and electric machinery) and the high‐tech telecommunications and automatic data processing equipment sectors. Evidence from firm and sector specific studies suggests that improved comparative advantage in medium and high‐tech sectors is based on capabilities developing through combining international technology transfer and learning.

The quantitative analysis does not explain the shifts in comparative advantage, though the paper suggests possible explanations. Further research at firm and sector levels is required to understand the underlying capability development of Chinese enterprises and the relative competitiveness of Chinese and foreign invested enterprises.

Western companies should take account of capability development in China in forming their international manufacturing strategies. The rapid shifts in China's comparative advantage have lessons for other industrialising countries.

While RCA is a well‐known methodology, its application at the disaggregated product group level combined with market attractiveness assessment is distinctive. The paper provides a broad assessment of changes in Chinese manufacturing as a basis for further research on capability development at firm and sector levels.