Dynamic Capabilities, Government Policies, and Performance in Firms from Emerging Economies: Evidence from India and Pakistan

In this study we developed a model of the dynamic capability development mechanisms in Emerging Market manufacturing Firms (EMF). We identified three dynamic capability development mechanisms: organizational learning, reverse engineering, and manufacturing flexibility. We generated hypotheses based on this framework, linking these mechanisms with firm performance. We also modelled the roles played by managerial use of two types of government policies: input supporting policies and marketing supporting policies. We tested our hypotheses on a sample of Indian and Pakistani manufacturing firms. Results showed that organizational learning, reverse engineering and manufacturing flexibility had significant impacts on EMF performance. Additionally, organizational learning combined with input supporting government policies enhanced performance, and the combination of manufacturing flexibility and marketing supporting government policies had an insignificant influence on performance.     

Concurrent sourcing strategy of multinational firms in China: Drivers and performance implications

Concurrent sourcing is critical to multinational firms’ operations in emerging economies, such as China. Despite its prominence, research is lacking on the underlying conditions and performance implications of this strategy. We investigate the driving factors of multinational firms’ concurrent sourcing strategy and test whether concurrent sourcing outperforms other types of sourcing strategies. Our empirical findings suggest that multinational firms tend to choose concurrent sourcing under high levels of institutional regulations. Furthermore, the results show that concurrent sourcing generates better performance at high levels of uncertainties and the performance deficiency of concurrent sourcing can be mitigated when institutional regulations are high.     

THE NORMALIZING TRANSFORMATION OF THE IMPLIED VOLATILITY SMILE

We study specific nonlinear transformations of the Black–Scholes implied volatility to show remarkable properties of the volatility surface. No arbitrage bounds on the implied volatility skew are given. Pricing formulas for European payoffs are given in terms of the implied volatility smile.     

A comparative analysis of the impact of oil prices on oil-rich emerging economies in the Pacific Rim

This paper examines the relationship between raw materials prices and economic growth through two channels, the terms of trade (ToT) and energy efficiency (EF), in three emerging Pacific Rim economies, Russia, Indonesia and Malaysia. We demonstrate positive relationships between changes in output and oil prices and between changes in GDP and energy efficiency (EF). We examine the impact of oil prices on output growth through the ToT and EF channels. The effect of oil prices on ToT in Russia and Malaysia is positive but negative in Indonesia. Oil prices have a positive effect on EF in all three countries.     

Reducing distributor opportunism in the export market: Effects of monitoring mechanisms, norm-based information exchange, and market orientation

As monitoring mechanisms are critical to exporter–distributor relationships, the effectiveness of different types of monitoring mechanisms remains an important issue. Our study goes beyond the separate effects of monitoring mechanisms on opportunism, and tests the moderating effects of market orientation (MO) and norm-based information exchange on the monitoring mechanism–opportunism relationship. Based on survey data of 160 export ventures in China, we find that process control increases distributor opportunism, while norm-based information exchange and MO decrease it. Moreover, at high levels of norm-based information exchange and MO, the impact of process control on opportunism turns from positive to negative.     

Exploring Robust Design Capabilities,Their Role in Creating Global Products,and Their Relationship to Firm Performance*

With the increasing desire for products suitable for widely varying markets worldwide, this study offers insight into capabilities associated with successful robust design in global product markets. These robust design capabilities (i.e., the possibility for success under varying circumstances or scenarios) are a potential organizational response to rapid change and uncertainty, which also improve the likelihood of product acceptance on a global basis. From literature, executive interviews, and anecdotal evidence, four capabilities associated with robust product design are derived: (1) functional; (2) aesthetic; (3) technological; and (4) quality based. A model is proposed and an empirical test conducted that considers the moderating influence of environmental uncertainty on the relationship between these robust capabilities and firm performance. The findings suggest that the use of robust design capabilities are affected by uncertainty and have an important influence on firm performance and speed to market. Specifically, the product development process tends to be characterized by aesthetic and technological robust design capabilities in more certain environments and functional robust design capabilities in more uncertain environments when seeking to improve firm performance. Alternatively, technological design capabilities in more certain environments and functional design capabilities in more uncertain environments are associated with improved speed to market.     

Perfect hedging under endogenous permanent market impacts

We model a nonlinear price curve quoted in a market as the utility indifference curve of a representative liquidity supplier. As the utility function, we adopt a \(g\)-expectation. In contrast to the standard framework of financial engineering, a trader is no longer a price taker as any trade has a permanent market impact via an effect on the supplier’s inventory. The P&L of a trading strategy is written as a nonlinear stochastic integral. Under this market impact model, we introduce a completeness condition under which any derivative can be perfectly replicated by a dynamic trading strategy. In the special case of a Markovian setting, the corresponding pricing and hedging can be done by solving a semilinear PDE.