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Data Warehousing
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What is Data Warehousing?

Data warehousing is the practice of collecting, storing, and managing large volumes of structured data from multiple sources into a centralized repository designed to support organizational decision-making. Students encounter this topic in information systems, database management, and business technology courses, where it serves as a foundation for understanding how organizations handle data at scale. The subject is academically interesting because it sits at the intersection of technical architecture and strategic business application, requiring students to think about both how systems are built and why they matter for performance and competitive advantage.

The archived papers on this topic approach data warehousing from several distinct angles. Some focus on real-world implementation, examining how specific organizations deploy warehouse systems to manage customer data and improve business outcomes, as seen in papers analyzing corporations and platforms like Sportsline.com and First American Corporation. Others take a more conceptual or comparative approach, distinguishing between data warehouses, data marts, and related tools such as data mining and business intelligence. A smaller number address specialized applications, including clinical decision support systems, showing how warehousing extends into healthcare and other data-intensive sectors.

A strong essay on data warehousing should establish a focused thesis that connects system design choices to measurable organizational outcomes rather than simply describing how a warehouse works. Evidence drawn from implementation cases, performance metrics, or system comparisons tends to carry the most analytical weight. One common pitfall is treating data warehousing as purely technical — strong papers consistently tie infrastructure decisions back to business strategy, customer management, or organizational performance to demonstrate why architectural choices carry real consequences.

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Paper Doctorate
Continental Go Forward Strategy the Overarching Objective
The overarching objective of the Go Forward Strategy was to continually accelerate the gains made in customer relationship management (CRM), customer service, operations and the maintenance, repair and overhaul of their jets. What Continental was after was the ability to unify their entire operation into a highly integrated, coordinated customer-based platform that could be used for streamlining every aspect of their operations to exceed customer expectations and deliver exceptional value (Watson, Wixom, Hoffer, Anderson-Lehman, Reynolds, 2006). The Go Forward strategy further galvanized Continental unto a very focused strategy for ensuring their Enterprise Data Warehouse (EDW) turned into a Powerful catalyst for customer-driven change (Watson, Wixom, Hoffer, Anderson-Lehman, Reynolds, 2006). The $30M investment in the Go Forward Strategy was one of the most effective investments in technology any airline has ever made in technology, with Continental netting a gain of $500M in increased revenue and cost savings. In the first year alone, Continental was able to eradicate $7M in fraud and drastically reduce the threat of bankruptcy. In addition to all of these benefits, the company skyrocketed in customer experience ratings and customer satisfaction polls, becoming over time the most respected and favored airline (Watson, Wixom, Hoffer, Anderson-Lehman, Reynolds, 2006). Another significant benefit was the ability to integrate many diverse sets of customer, financial and operational data into a single system of record, which gave Continental a very significant competitive advantage over competitors. With the depth of analytics and business intelligence that Continental Airlines has been able to achieve, they are transforming intelligence and knowledge into a competitive strength which is the most advanced and mature level of analytics decision making there is (Cunningham, Il-Yeol Song, Chen, 2006). All of these benefits are also allowing the Continental culture to heal from three bankruptcies and become stronger as a result, which has also given the entire company a chance to resurrect itself and serve customers more effectively than ever before.
Paper Undergraduate
Comparison of database management systems
Appendix a Project Process Integration Diagram
Research Paper Undergraduate
Organizational and technical issues in global information systems management
The increasingly dynamic and fast-paced advancement of information technology is rapidly changing the business world. In this environment, identifying organizational and technical issues of significance in the…
Paper Undergraduate
Business intelligence and organizational change
Research Proposal on Business Intelligence Diffusion in Organizations
Essay Undergraduate
Software Development Life Cycle SDLC
Requirements engineering is a fundamental activity in systems development and it is the process by which the requirements for software systems are identified, systematized and implemented and are followed through the complete lifecycle. Traditionally engineers focused on narrow functional requirements. Now it is being argued by Aurum and Wohlin (2005) that focusing only on the functional and non-functional aspects of the system is no more appropriate. The developers have to concentrate on the entire business system for which it provides solutions even though some of the aspects may be out of the system. Thus there are complexities that arise based on the requirements of the system and the clients for which detailed analysis is required firsthand.
Paper Doctorate
Data Warehousing and Data Mining
Analytics, Business Intelligence (BI) and the exponential increase of insight and decision making accuracy and quality in many enterprises today can be directly attributed to the successful implementation of Enterprise Data Warehouse (EDW) and data mining systems. The examples of how Continental Airlines (Watson, Wixom, Hoffer, 2006) and Toyota (Dyer, Nobeoka, 2000) continue to use advanced EDW and data mining systems and processes to streamline their business models are a case in point. The greater the level of economic uncertainty, perceived and actual risk in any given strategy or endeavor, the more the reliance on EDW, data mining and advanced forms of predictive modeling including analytics (Sen, Ramamurthy, Sinha, 2012). From this standpoint, the emerging areas of high growth in the global economy are attracting a high level of investment in EDW, data mining, predictive modeling and analytics. The latest figures illustrate how valued EDW and data mining are in enterprise today. According to industry research and advisory firm Gartner, the EDW and data mining market began 2011 with a global value of $23.2 billion with a projection of market growth of 7% per year through 2015, making it one of the largest and perennially growing enterprise software market (Sen, Ramamurthy, Sinha, 2012). Gartner has defined the EDW and data mining architecture as being comprised of the architectural design, repository and execution platform. These three core components are how this research and advisory firm analyze the market from a software component standpoint, looking at the relative adoption of each EDW and data mining component (Sen, Ramamurthy, Sinha, 2012). The intent of this analysis is to evaluate the benefits and current trends in EDW and data mining, evaluating Continentals' and Toyota's best practices and results achieved. Additional objectives include an assessment of EDW and data mining optimization techniques, recommendations for storage solutions and an analysis of a potential EDW process workflow predicated on a Customer Relationship Management (CRM) system.
Research Paper Undergraduate
Zara Case Analysis Zara: It for Fast
Zara: IT for Fast Fashion is a unique case study in that it powerfully illustrates how a lack of IT integration and process efficiency can over time force an organization into complacency, lowering the standards of…
Paper Doctorate
Data warehousing concepts and applications
As a senior analyst responsible for data staging, you are responsible for the design of the data staging area. If your data warehouse gets input from several legacy systems on multiple platforms, and also regular feeds…
Research Paper Doctorate
Use of Content Filters on Internet in High School
¶ … Internet has grown exponentially since its first introduction to the public. The precursor to the Internet was the ARPANET. The Advanced Research Projects Agency (ARPA) of the Department of Defense (Carlitz and…
Paper Doctorate
Critical analysis of electronic data storage and retrieval in healthcare information systems
Grimson, Jane, William Grimson & Wilhelm Hasslebring. (2000). The SI challenge in healthcare. Communications of the ACM. 43 (6): 49-55.