مهار قدرت دانش جغرافیایی: پتانسیل موجود برای یکپارچه سازی داده ها در شرکتهای کوچک و متوسط
|کد مقاله||سال انتشار||مقاله انگلیسی||ترجمه فارسی||تعداد کلمات|
|13574||2001||9 صفحه PDF||سفارش دهید||محاسبه نشده|
Publisher : Elsevier - Science Direct (الزویر - ساینس دایرکت)
Journal : International Journal of Information Management, Volume 21, Issue 3, June 2001, Pages 183–191
Geographical knowledge has long been used as a basis for decision making in business. Often this has been implicit because of the lack of information systems available to harness the power of the spatial dimension of data. A conceptual framework is presented which facilitates geographical (or spatial) data to be used as the basis of integration. The spatial dimension of the data is used to link, for example, customer sales with delivery. Powerful geographical knowledge is then harnessed in support of the business strategy. This paper reports on research with an small or medium sized enterprise (SME) aimed at developing an information systems strategy. A key driver in the strategy became data integration across the business. The case study organisation is used to illustrate the ideas discussed. Conclusions are drawn to assist the improvement of practice and identify areas for further research.
Over a period of the last few decades there have been several detectable “fashions” in data integration solutions—corporate databases, data warehouses, Intranets, and most recently enterprise resource planning systems (ERP). However, the trend towards data integration has largely by-passed a key dimension of data that could be used for the purposes of integration. That key dimension is location or spatial data. The vast store of attribute data maintained by ERP applications typically contains up to 80% location data that has not been integrated with any kind of spatial analysis system (Jullens, 2000). Solutions for larger business units are now emerging in the market with the integration of geographical information systems (GIS) and ERP applications. In the environment of a small or medium sized enterprise (SME) with typically less resource and information systems competencies than larger companies, data integration poses a special challenge. This paper reports on a conceptual framework, which facilitates geographical data to be used as the basis of integration. The spatial dimension of the data is used to link, for example, customer sales with delivery. Powerful geographical knowledge is then harnessed in support of the business strategy. A case study organisation is used to illustrate the ideas discussed. This differs from previous approaches to geographic data, which tend to have focussed on the implementation of geographical information systems (Walsham, 1999). Research undertaken within Bayford Thrust shows that data looked at through a geographic lens provides a focus across business activities. Applications that were too expensive for stand-alone uses were justifiable on the basis of sharing data between traditional functional business domains. Exploiting the spatial dimension of the data proved to be the unifying theme to enable data to be shared. Bayford Thrust is a small family owned energy business focused on downstream oil, lubricant and fuel card businesses. The company expressed a desire to review their use of information technology and wished specifically to develop an IS/IT strategy, which was related to the newly articulated business strategy. Until 1996, the company did not have a published business strategy. However, following publication there has been significant efforts aimed at increasing business level accountability, the re-engineering of business processes and the personal development of the management team. Having little expertise in the IS/IT area the company approached the University for assistance. To help manage and respond to the demands for increased IS resources, an appointment was made in June 1997 under the Teaching Company Programme (funded jointly by the EPSRC and participating company). This provided for two appointments of “associates” responsible for IT development within the business and an academic advisor at Cranfield School of Management. The paper explores the importance of exploiting the spatial dimension of data in the information systems strategy. Scheduling and routing appeared to be strong candidates for the application of IT. Yet on closer inspection it is the linking of customer knowledge to this application that gives the major business benefits.
نتیجه گیری انگلیسی
Much of the evidence in the information systems literature is taken from large multinational organisations. This paper has taken the case of a small business that is making considerable investment in IT. The scale of the business meant that achieving benefits from a scheduling and routing system was unlikely without making links to improve the customer information system. Making use of the geographical dimension of business knowledge in a small business seems to be more likely when information is integrated across functional areas, taking the opportunity of changing processes when appropriate. This may be an equally important lesson for other small businesses and larger business units. Research with the company is part of an ongoing programme of work with one year still to run. During that time the plan is to fully assess the business benefits of the approach outlined here. Further research work in similar companies might lead to an adaptation of the model of management strategies for GIS with respect to small and medium sized enterprises. Other case studies could be used to test the validity of the approach in different industries or where there are other contextual differences. A further interesting dimension to future work might be to explore the cost-benefits of the data integration approach discussed in this paper with the more formal data warehouse approaches advocated by others (Mennecke & Higgins, 1999). Such approaches are being facilitated by technology developments in the database management area. The lack of spatial tools in traditional databases is being remedied as major suppliers like Oracle develop their spatial data engine.