32,322 research outputs found

    Sleeping with the enemy? : strategic transformations in business - NGO relationships through stakeholder dialogue

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    Campaigning activities of non-governmental organisations (NGOs) have increased public awareness and concern regarding the alleged unethical and environmentally damaging practices of many major multinational companies. Companies have responded by developing corporate social responsibility strategies to demonstrate their commitment to both the societies within which they function and to the protection of the natural environment. This has often involved a move towards greater transparency in company practice and a desire to engage with stakeholders, often including many of the campaign organisations that have been at the forefront of the criticisms of their activity. This article examines the ways in which stakeholder dialogue has impacted upon the relationships between NGOs and businesses. In doing so, it contributes to the call for more ‘stakeholder-focused’ research in this field (Frooman in Acad Manag Rev 24(2): 191–205, 1999; Steurer in Bus Strategy Environ 15: 15–69 2006). By adopting a stakeholder lens, and focusing more heavily upon the impact on one particular stakeholder community (NGOs) and looking in depth at one form of engagement (stakeholder dialogue), this article examines how experiences of dialogue are strategically transforming interactions between businesses and NGOs. It shows how experiences of stakeholder dialogue have led to transformations in the drivers for engagement, transformations in the processes of engagement and transformations in the terms of engagement. Examining these areas of transformation, the article argues, reveals the interactions at play in framing and shaping the evolving relationships between business and its stakeholders

    What May Visualization Processes Optimize?

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    In this paper, we present an abstract model of visualization and inference processes and describe an information-theoretic measure for optimizing such processes. In order to obtain such an abstraction, we first examined six classes of workflows in data analysis and visualization, and identified four levels of typical visualization components, namely disseminative, observational, analytical and model-developmental visualization. We noticed a common phenomenon at different levels of visualization, that is, the transformation of data spaces (referred to as alphabets) usually corresponds to the reduction of maximal entropy along a workflow. Based on this observation, we establish an information-theoretic measure of cost-benefit ratio that may be used as a cost function for optimizing a data visualization process. To demonstrate the validity of this measure, we examined a number of successful visualization processes in the literature, and showed that the information-theoretic measure can mathematically explain the advantages of such processes over possible alternatives.Comment: 10 page

    A Model-Based Approach for the Management of Electronic Invoices

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    The globalized market pushes companies to expand their business boundaries to a whole new level. In order to efficiently support this environment, business transactions must be executed over the Internet. However, there are several factors complicating this process, such as the current state of electronic invoices. Electronic invoice adoption is not widespread because of the current format fragmentation originated by national regulations. In this paper we present an approach based on Model-Driven Engineering techniques and abstractions for supporting the core functions of invoice management systems. We compare our solution with the traditional implementations and try to analyze the advantages MDE can bring to this specific domain

    Domain-Specific Modeling and Code Generation for Cross-Platform Multi-Device Mobile Apps

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    Nowadays, mobile devices constitute the most common computing device. This new computing model has brought intense competition among hardware and software providers who are continuously introducing increasingly powerful mobile devices and innovative OSs into the market. In consequence, cross-platform and multi-device development has become a priority for software companies that want to reach the widest possible audience. However, developing an application for several platforms implies high costs and technical complexity. Currently, there are several frameworks that allow cross-platform application development. However, these approaches still require manual programming. My research proposes to face the challenge of the mobile revolution by exploiting abstraction, modeling and code generation, in the spirit of the modern paradigm of Model Driven Engineering
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