10,549 research outputs found

    Analysing B2B electronic procurement benefits – Information systems perspective

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    This paper presents electronic procurement benefits identified in four case companies. The benefits achieved in the case companies were classified according to taxonomies from the Information Systems discipline. Existing taxonomies were combined into a new taxonomy which allows evaluation of the complex e-procurement impact. Traditional financial-based methods failed to capture the nature of e-procurement benefits. In the new taxonomy, eprocurement benefits are classified using scorecard dimensions (strategic, tactical and operational), which allows the identification of areas of e-procurement impact, in addition the benefits characteristic is captured (tangible, intangible, financial and non-financial)

    An Empirical Analysis of the Determinants of Success of Food and Agribusiness E-Commerce Firms

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    E-commerce's value creation in agricultural and food markets will only occur to the extent that e-commerce firms exist throughout the supply chain. The problem is that e-commerce firms throughout the agricultural and food supply chain have faced a serious challenge in staying in business. Many have been forced to exit the market, and only a few have survived to develop into functional web-based businesses. The objective of this research study is to identify characteristics that are associated with successful e-commerce firms throughout the agricultural and food supply chain. Relevant e-commerce and agricultural e-commerce literature suggests several characteristics that influence the success for agricultural and food e-commerce firms. A limited-dependent variable technique, logistic regression, is used to relate websites' characteristics to their probability of survival.e-commerce, food chains, survival probability, logistical regression, Agribusiness,

    Auctioning Bulk Mobile Messages

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    The search for enablers of continued growth of SMS traffic, as well asthe take-off of the more diversified MMS message contents, open up forenterprises the potential of bulk use of mobile messaging , instead ofessentially one-by-one use. In parallel, such enterprises or valueadded services needing mobile messaging in bulk - for spot use or foruse over a prescribed period of time - want to minimize totalacquisition costs, from a set of technically approved providers ofmessaging capacity.This leads naturally to the evaluation of auctioning for bulk SMS orMMS messaging capacity, with the intrinsic advantages therein such asreduction in acquisition costs, allocation efficiency, and optimality.The paper shows, with extensive results as evidence from simulationscarried out in the Rotterdam School of Management e-Auction room, howmulti-attribute reverse auctions perform for the enterprise-buyer, aswell as for the messaging capacity-sellers. We compare 1- and 5-roundauctions, to show the learning effect and the benefits thereof to thevarious parties. The sensitivity will be reported to changes in theenterprise's and the capacity providers utilities and prioritiesbetween message attributes (such as price, size, security, anddelivery delay). At the organizational level, the paper also considersalternate organizational deployment schemes and properties for anoff-line or spot bulk messaging capacity market, subject to technicaland regulatory constraints.MMS;EMS;Mobile commerce;SMS;multi-attribute auctions

    The Semantic Grid: A future e-Science infrastructure

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    e-Science offers a promising vision of how computer and communication technology can support and enhance the scientific process. It does this by enabling scientists to generate, analyse, share and discuss their insights, experiments and results in an effective manner. The underlying computer infrastructure that provides these facilities is commonly referred to as the Grid. At this time, there are a number of grid applications being developed and there is a whole raft of computer technologies that provide fragments of the necessary functionality. However there is currently a major gap between these endeavours and the vision of e-Science in which there is a high degree of easy-to-use and seamless automation and in which there are flexible collaborations and computations on a global scale. To bridge this practice–aspiration divide, this paper presents a research agenda whose aim is to move from the current state of the art in e-Science infrastructure, to the future infrastructure that is needed to support the full richness of the e-Science vision. Here the future e-Science research infrastructure is termed the Semantic Grid (Semantic Grid to Grid is meant to connote a similar relationship to the one that exists between the Semantic Web and the Web). In particular, we present a conceptual architecture for the Semantic Grid. This architecture adopts a service-oriented perspective in which distinct stakeholders in the scientific process, represented as software agents, provide services to one another, under various service level agreements, in various forms of marketplace. We then focus predominantly on the issues concerned with the way that knowledge is acquired and used in such environments since we believe this is the key differentiator between current grid endeavours and those envisioned for the Semantic Grid

    Library purchasing consortia: their activity and effect on the marketplace

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    This chapter is based on a survey undertaken for a BLRIC/LIC-funded research project (RIC/G/403). It describes the models of operation of purchasing consortia in three library sectors (health, higher education and public libraries) and discusses present and future savings deriving from consortial activity. The effects of consortia on suppliers are discussed and future activity predicted. The views expressed are those of the authors, not of BLRIC or LIC

    Towards an Agent-Based Approach for Multimarket Package e-Procurement

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    While most e-commerce research focuses on one market based problems, less work has been done on multimarket aggregation. Nowadays it is important to address the multimarket package e-procurement problem if we want to acquire a combination of goods and services from different suppliers and service providers. To achieve this, one should address the issues pertaining to identifying of a company's needs, discovering potential partners and suppliers, gathering distributed information and conducting combined negotiations, creating a seamless of information flow with different heterogeneous markets, suppliers, and partners, and finally concluding transactions. Several commercial e-procurement applications already automate some aspects of the procurement processes, helping decision makers and employees complete their purchasing activity. But none take into account the key aspects of combining goods and services into one aggregated package. Agent-based systems are well equipped to address the challenges of multimarket package e-procurement. Indeed, goal driven autonomous agents aim to satisfy user requirements and preferences while being flexible enough to deal with the diversity of semantics amongst markets, suppliers, service providers, partners and individual sellers. A distributed common shared space, called infospace, comprised of the negotiation exchanges and states, allows for agent coordination, market aggregation, and packages construction. This paper presents some issues and challenges faced in multimarket package e-procurement, and puts forward an agent-based approach to deal with them. La plupart des recherches sur le commerce électronique s'intéressent aux problèmes reliés à des marchés uniques. Moins de travaux ont été réalisés autour de l'approvisionnement multimarché. Le problème d'approvisionnement électronique (e-procurement) multimarché d'un paquet consiste en l'acquisition d'une combinaison d'objets à partir de différents fournisseurs de biens et services. Afin d'y parvenir, nous devons identifier les besoins de l'entreprise, découvrir les fournisseurs et partenaires potentiels, extraire de l'information distribuée et eventuellement gérer des négociations combinées, gérer le flux d'information circulant entre des marchés hétérogènes, vendeurs et partenaires, et finalement conclure des transactions. Il existe un certain nombre d'applications commerciales d'approvisionnement électronique qui automatisent quelques aspects du processus d'approvisionnement pour les entreprises, en aidant les preneurs de décisions et les employés dans leurs activités d'achats et d'approvisionnement. Mais aucune de ces applications ne tient en compte l'aspect de combinaison d'objets en un paquet agrégé. Les systèmes à base d'agents représentent une approche adéquate pour faire face aux problématiques posées de l'approvisionnement électronique multimarché d'un paquet. En effet, les agents autonomes essayent de satisfaire les besoins et préférences de l'utilisateur en étant assez flexibles pour gérer la diversité sémantique entre marchés, vendeurs, et fournisseurs de services. Un espace commun et partagé, appelé InfoSpace, contenant les échanges de données et les états des négociations, assure la coordination des agents, l'agrégation des marchés et la construction des paquets. Ce papier présente quelques problématiques et défis reliés à l'approvisionnement électronique multimarché de paquets, et expose une approche basée sur les agents pour y faire face.Markets, e-Procurement, Combined Negotiations, Multi-agent Systems, Marchés, e-procurement, négociations combinées, systèmes à base d'agents
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