999 resultados para Notebook PC industry
Exploiting the Modularity of Value Chains: Inter-firm Dynamics of the Taiwanese Notebook PC Industry
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This paper explores the inter-firm dynamics that govern the rise of capabilities of latecomer firms operating in global value chains. By extending and modifying the model proposed by Gereffi, Humphrey and Sturgeon [2005], I present a framework in which the rise of supplier capabilities is determined by interactions among the strategies of the firms. Based on a case study of the Taiwanese notebook PC industry, the paper will explore how the interactions among outsourcing strategies by lead firms from the developed countries, the learning strategies of Taiwanese suppliers, and the product strategy of powerful component vendors have driven the explosive growth of the industry after the 1990s. By so doing, the paper attempts to highlight the active roles firms play in determining the speed and direction of the rise in supplier capabilities.
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This paper introduced a long-term ambulatory intragastric pH monitoring system, which is designed for prolonged ambulatory studies of Gastroesophageal Reflux Diseases. The whole system is composed of the gastric catheter with two pH sensors, a small data logger (Microdatalog), and a notebook PC. In this paper, the design of monitoring system hardware and software are described in detail. Clinical applications reveal good results.
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This paper explores the process of creation of the netbook market by Taiwanese firms as an example of a disruptive innovation by latecomer firms. As an analytical framework, I employ the global value chain perspective to capture the dynamics of vertical inter-firm relationships that drive some firms in the chain to change the status quo of the industry. I then divide the process of the emergence of the netbook market into three consecutive stages, i.e. (1) the launch of the first-generation netbook by a Taiwanese firm named ASUSTeK, (2) the response of the two powerful platform leaders of the industry, Intel and Microsoft Intel, to ASUSTeK’s innovation, and (3) the market entry by another powerful Taiwanese firm, Acer, and explain how Taiwanese firms broke the Intel-centric market and tapped into the market-creating innovation opportunities that had been suppressed by the two powerful platform leaders. I also show that the creation of the netbook industry was an evolutionary process in which a series of responses by different industry players led to changes in the status quo of the industry.
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É consenso na análise antitruste que o ato de concentração de empresas com participação significativa deve sofrer averiguações quanto a sua aprovação em decorrência dos efeitos prejudiciais que pode gerar sobre a concorrência na indústria. Concorrência é sempre desejável por favorecer melhores níveis de bem-estar econômico. À luz das investigações econômicas que os sistemas de defesa da concorrência realizam, este trabalho analisa as mensurações da simulação de efeitos unilaterais de concentrações horizontais. As avaliações realizadas testam a utilização do modelo PC-AIDS (Proportionaly Calibrated AIDS), de Epstein e Rubinfeld (2002). Dentre algumas conclusões que se extraem do uso do modelo temos que: (i) em mercados com baixa concentração econômica, o modelo avaliado para um intervalo da vizinhança da elasticidade-preço própria estimada, traz mensurações robustas, e (ii) para mercados com alta concentração econômica uma atenção maior deve ser dada à correspondência dos valores calibrados e estimados das elasticidades-preços próprias, para que não ocorra sub ou superestimação dos efeitos unilaterais do ato de concentração. Esse resultado é avaliado no caso Nestlé/Garoto.
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Pós-graduação em Educação - FFC
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"SIC Code 24."
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Mode of access: Internet.
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Nanotechnology is a multidisciplinary science that is having a boom today, providing new products with attractive physicochemical properties for many applications. In agri/feed/food sector, nanotechnology offers great opportunities for obtaining products and innovative applications for agriculture and livestock, water treatment and the production, processing, storage and packaging of food. To this end, a wide variety of nanomaterials, ranging from metals and inorganic metal oxides to organic nanomaterials carrying bioactive ingredients are applied. This review shows an overview of current and future applications of nanotechnology in the food industry. Food additives and materials in contact with food are now the main applications, while it is expected that in the future are in the field of nano-encapsulated and nanocomposites in applications as novel foods, additives, biocides, pesticides and materials food contact.