Economy size and performance: An efficiency analysis in the telecommunications sector

The existing empirical evidence on the relationship between economy size and performance has been inconclusive. This paper employs stochastic frontier analysis to estimate economic measures of efficiency for the telecommunications sectors of 139 economies and examine their relationship with economy size. Simultaneously, it controls for the effects of competition in telecommunications, privatization of state-owned providers, independent regulators, and the quality of political institutions on sector performance. The findings suggest that economy size has a positive but decreasing impact on sector performance. Small economies have an incentive to grow to improve sector performance, though larger size is not a sufficient condition for efficiency. Sector policy and the quality of polity may contribute significantly to sector performance.     

Competition and performance in the UK telecommunications industry

Judging by historical and crossnational experience, privatization of British Telecom promises to increase the rate of expansion of telecommunications usage, but also to redistribute services and charges. Public dissatisfaction with these reallocations could recreate the political discord that stunted the early growth of the British telecommunications manufacturing sector, unless the new technology and regulatory institutions substantially alter the economic environment. More intense competition. rather than prospective changes of network ownership, seem to have improved the seem to have improved the manufacturing industry's performance in recent years.     

Global competition and EEC policy in telecommunications: An Italian perspective

Within the framework of increasing US and Japanese competition, an interpretation is given of the future development lines of European telecommunications. Europe is lagging behind in this sector; this is explained in terms of the subdivision of services at the national level and the fragmentation of industrial areas within the respective countries. The minimum basis for recovery should be the establishment of a common European base in the telecommunications sector. A European scenario is proposed with particular attention devoted to the Italian problems in restructuring and development.     

The effects of divestiture,privatization, and competition on productivity in U.S. and U.K. telecommunications

The telecommunications industries in the United States and the United Kingdom have undergone massive changes during the 1980s. This paper decomposes the total factor productivity growth of AT&T and British Telecom into their various components. It finds that while a great deal of the productivity increases apparently resulted from continuing scale economies, competition for AT&T and privatization of BT have been responsible for 17 percent and 25 percent of their respective gains in recent years. Among other variables, divestiture appears to have initially depressed AT&T's productivity growth, and competition for BT is too insignificant to yet have an impact.     

The public incumbent's defeat in mobile competition: Implications for the sequencing of telecommunications reform

Within a mere 5 years of market competition, the mobile communications sector in Taiwan has exceeded a 100% penetration rate, currently ranking near the top of the world. In an even more stunning development, the public incumbent, Chunghwa Telecom, has handed the leadership status to a market entrant, Taiwan Cellular Corp., despite phenomenal mobile communications growth. This paper explores the factors that hamstrung Chunghwa Telecom in competition against its rival entrants. Our econometric analysis substantiates the fact that handset subsidies are the most effective instrument for mobile firms to gain market share. Chunghwa Telecom, due to its public ownership status, was nevertheless prohibited at first from adopting such a marketing strategy.The empirical results provided in this paper indeed pinpoint the importance of the sequencing of reform mandates in developing telecommunications: a prolonged privatization could help to promote competition in the industry. Public ownership makes Chunghwa Telecom vulnerable to political intervention and operational inefficiency, which is a barricade to performance and competitiveness for the not-yet-privatized company in a liberalized market. Taiwan's case presents an interesting deviation from conventional development theories, while it deserves scrutiny as it paves a shortcut to successful implementation of telecommunication reform in a timely fashion.     

Total factor productivity growth in Uganda’s telecommunications industry

The telecommunication sector is usually thought to be characterized by high productivity growth rates arising from increasing returns to scale. The actual productivity patterns in the sector, however, need to be empirically determined. A panel data set was assembled and a common set of input and output indicators was constructed to support the estimation of the Malmquist Total Factor Productivity index via input-oriented Data Envelopment Analysis. A general specification encompassing all available input and output data was employed to obtain the average total factor productivity changes for the sector. Over the study period, there was total factor productivity growth in Uganda’s telecommunications industry, which was mainly due to technical or technological progress as opposed to technical efficiency. These results indicate the existence of a potential for tariff reduction via the X-factor in the price cap formula.     

Statistical precision of productivity change: A bootstrap application to Taiwan’s telecommunications industry

This study investigates the impacts of telecommunications policy on productivity change of the Chunghwa Telecom Company (CHT) from pre- to post-privatization. A three-stage method is employed to measure the productivity scores of CHT during the period 1966–2008. The Malmquist productivity index (MPI) is used in the first stage to assess the productivity of CHT. In the second stage, the statistical confidence intervals of productivity scores of CHT were obtained using the bootstrapping algorithm. Finally, the Chow test and multiple regression models were also utilized to investigate the impact of telecommunications policy on productivity change of CHT. Results of empirical examination indicate that on average TFP scores obtained by the bootstrapping technique are smaller than those obtained by the MPI technique. In addition, there is no difference in productivity change of CHT between pre- and post-privatization according to the MPI and bootstrapping MPI. The results show that the effect of privatization on productivity change is insignificant. Instead, the operational efficiency of CHT is affected by the government involvement in decision-making under its private/public joint ownership, which causes CHT to be a firm with little managerial profit orientation.     

On the role of telecommunications in development

Numerous studies document the relationship between telecommunications and economic development. The main types and relative merits of these are summarized. The paper argues that more of the same will do little to help promote accelerated telecommunications investment in developing countries as needed. Rather, the efforts should now mainly concentrate on conveying existing sector knowledge to governments and international agencies. The paper focuses on examples of simple, proven tools which can be used to supplement telecommunications project analysis for this purpose.     

Farm size and productivity growth in the United States Corn Belt

In recent decades, agricultural production in the U.S. has continued to shift to large-scale operations, raising concerns about the economic viability of small and midsized farms. To understand whether economies of size provided an incentive for the consolidation of production, the study estimates the total factor productivity (TFP) of five size classes of grain-producing farms in the U.S. Heartland (Corn Belt) region. Using quinquennial Agricultural Census data from 1982 to 2012 the study also compares TFP growth rates across farm sizes to gain insight into whether observed productivity differences are likely to persist. The finding of a strong positive relationship between farm size and TFP suggests that consolidation of production has contributed to recent aggregate productivity growth in the crop sector. The study estimates the extent to which sectoral productivity growth can be attributed to structural change versus other factors including technological change. The study also explores some tradeoffs associated with policies that raise the productivity of small versus large farms.     

Productivity analysis of the telecommunications sector in China

This paper applies the data envelopment analysis (DEA) approach to measure the productivity performance of China's telecommunications sector at the provincial level. The results indicate that the efficiency scores for different provinces and regions are diverse: the efficiency scores of the provinces in the eastern region are significantly higher than those in the central and western regions. The differences in efficiency scores are mainly due to the differences in the operating environments of different provinces, rather than the efficiency performance of telecommunications enterprises. The results also suggest that labour redundancy and excess capacity of long-distance optical cable lines are major problems in China's telecommunications sector. After a period of rapid growth in investment and number of subscribers, it is time for the telecommunications sector to consolidate and to put more emphasis on productivity growth in order to meet the challenges posed by the World Trade Organization (WTO) commitments.     

Total factor productivity enablers in the ICT industry: A cross-country firm-level analysis

Advancements in productivity in the digital economy constitute an important engine for economic growth. What drives productivity dynamics in the information and communication technology (ICT) sector? This study examines the productivity dynamics of ICT firms across countries from the perspective of corporate balance sheets. We study the effects of intangible assets and leverage on productivity growth using firm-level panel data from five industrialized countries. We find that intangible assets positively affect the total factor productivity in the ICT sector. The positive effect of intangible assets on total factor productivity growth is larger for ICT manufacturing firms than for ICT service firms. We also find that leverage has a positive relationship with total factor productivity development in the ICT sector. In addition, our empirical results substantiated that productivity is catching up to the technological frontier. Furthermore, larger firms and/or younger firms generally show higher total factor productivity growth than their peers. Economies of scale are more prominent in the ICT service sector than in the ICT manufacturing sector. Our findings contribute to the understanding of cross-country productivity dynamics in the ICT sector at the firm level in the digital economy.     

The impact of trade liberalization in telecommunications services: The case of APEC countries

This paper examines the impact of liberalizing the telecommunications services sector on investment and output in the Asia-Pacific Economic Cooperation (APEC) countries by estimating a system of four structural equations that takes into account the causal relationship between national income and telecommunications infrastructure. The degree of openness to trade in telecommunications is represented by a carefully constructed index that reflects a country’s trade and investment policy in terms of market access, national treatment and regulatory principles. One interesting finding from the empirical analysis is that the effects of trade liberalization depend on the risk rating of a country. In countries with relatively high risk ratings liberalization reduces investment in telecommunications.     

Economic growth and the development of telecommunications infrastructure in the G-20 countries: A panel-VAR approach

This paper examines the linkages between the development of telecommunications infrastructure (DTI), economic growth, and four key indicators of operation of a modern economy: gross capital formation, foreign direct investment inflows, urbanization rates, and trade openness. By studying the G-20 countries over the period 1991–2012 and employing a panel vector auto-regressive model for detecting Granger causality, we find a network of long-run causal connections between these variables, including bidirectional causality between DTI and economic growth.     

‘Mainline’ telecommunications infrastructure, levels of development and economic growth: Evidence from a panel of developing countries

This paper assesses the growth impact of telecommunications infrastructure investment in developing countries by subjecting country-specific data on mainline tele-density and per capita growth to a Granger causality test within a panel cointegration framework. The results suggest that growth effects vary widely across country groupings reflecting different levels of development. Mainline tele-density and per capita growth strongly reinforce each other for countries that are relatively less developed. The reinforcement effect is even stronger for emerging countries that can be identified by their higher than average growth rates. In contrast, there is, at best, weak evidence of bi-directional causal links between the two variables for countries that are relatively more developed. These differences in the mainline tele-density and per capita growth relationships suggest that investment in telecommunications infrastructure, with its potential to generate high growth return, may serve as the critical tool for driving the growth and development process forward in the less developed countries.     

Access regulation and infrastructure investment in the mobile telecommunications industry

While mobile virtual network operators (MVNOs) increase competition in the mobile telecommunications industry, granting market access to MVNOs may have unwanted consequences. In particular, infrastructure investment by incumbent mobile network operators (MNOs) may be smaller. This paper examines the effects of MVNO entry and access regulation on the investment behavior of MNOs. It uses firm-level data for 58 MNOs in 21 OECD countries during 2000–2008. The results suggest that mandated provision of access is related to lower investment intensity of MNOs, while voluntary access provision has no effect. Although reduced investment incentives do not necessarily correspond to under-investment, this underscores the need for those countries where MVNOs are provided access to address the issue of investment incentives.     

我国地区全要素生产率与人力资本构成

考虑到人力资本组成部分的异质性,本文研究了全要素生产率(TFP)与人力资本构成的关系,并运用Dynamic Panel Data一阶差分GMM估计方法对1982—2004年我国28个省区市的面板数据进行了实证检验。实证结果表明,只有接受过高等教育的人力资本部分对TFP才有显著的促进作用。把人力资本分解为不同的组成部分有助于深化我们对TFP和人力资本的理解,还可以使我们对现有文献中人力资本与产出的一些争议提供解释。     

A DEA Approach to Understanding the Productivity Growth of Malaysia's Manufacturing Industries

This paper seeks to explain the productivity growth performance of Malaysia's manufacturing sector using a panel data of 28 industries from 1981–1996. Here, the data envelopment analysis technique is used to calculate and decompose the Malmquist index of total factor productivity (TFP) growth into technical change, change in technical efficiency and change in scale efficiency. This allows the identification of the sources of productivity growth which is crucial for policy formulation. It was found that the annual TFP growth of the Malaysian manufacturing sector was low at 0.8% and this was driven by small gains in both technical change and technical efficiency, with industries operating close to optimum scale.     

Productivity of Singapore's Manufacturing Sector: An Industry Level Non-Parametric Study

This paper seeks to measure and to explain the productivity of Singapore's manufacturing sector using industry level data. It utilises a non-parametric approach consisting of a set of production distance functions, each of which is obtained by solving a linear programming problem. From a time-series of 1983 to 1993, across thirty industries, we obtain three indices: a Malmquist total factor productivity (TFP) index, an efficiency change index, and a technological change index. The resulting TFP growth stands at 4.6% per annum, considerably greater than previous estimates using aggregate country level data. Three-stage least squares are then applied to the pooled data. Foreign ownership and labour quality are found to have important impact on TFP growth.     

Profitability, productivity and price recovery patterns in the U.S. telecommunications industry

We undertake a study where we examine changes in the profitability, productivity and price recovery of firms in the U.S. telecommunications industry over a sixteen-year period. We assess the performance of thirty-three major companies in the local-exchange sector over six time periods 1975, 1978, 1981, 1984, 1987 and 1990, using a performance analysis model which disaggregates the profitability measure into two components: productivity and price recovery. We demonstrate the computation of performance using this technique. Our study indicates that the opening up of markets has had a significant impact on different dimensions of performance in the telecommunications industry, also validating a number of theoretical assumptions about the impact that industry changes are expected to have on firms.     

Efficiency and Productivity of China's Thermal Power Generation

In China, the State Power Corporation (SPC) dominated theelectric power sector. Our results from the data envelopmentanalysis (DEA) approach show that the total factor productivity(TFP) growth between 1995 and 2000 is 2.1 percent per yearon average. Technological change accounts for almost all theTFP growth. Municipalities and coastal provinces have achievedhigher technical efficiency and TFP growth during the periodunder study. Fuel efficiency and capacity utilization rate aresignificant factors affecting technical efficiency of powergeneration. Provinces and autonomous regions not dominated bySPC have achieved higher levels of technical efficiency.