Enterprise Architecture Article – 10 By: George Brundage February 12‚ 2011 This article includes my thoughts about the business architecture‚ Cloud Computing‚ Business Process Management (BPM)‚ and Business Rules. This article consists of a conversation between the CIO and Enterprise Architect. It is a product of my imagination. ____________________ CIO: I don’t want you to use the word “consolidation.” Instead‚ use the word “integration.” I am worried that someone will think that we are
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Enterprise Architecture Tool Selection Guide Editorial Writer: J. Schekkerman Version 5.0 2009 Enterprise Architecture Tool Selection Guide Preface Preface An enterprise architecture (EA) establishes the organization-wide roadmap to achieve an organization‘s mission through optimal performance of its core business processes within an efficient information technology (IT) environment. Simply stated‚ enterprise architectures are ―blueprints‖ for systematically and completely defining
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single interface for the customer The Operating Model involves a commitment to how the company will operate Enterprise Architecture This is the organizing logic for business processes and IT infrastructure which reflects the integration and standardization requirements of the company’s operating model. The Enterprise Architecture provides a long term view of a company’s process‚ systems‚ and technologies in order to build long term sustainable capabilities. IT Engagement Model The IT Engagement
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IT Enterprise Architecture Introduction Having a complete and well documented Information Technology Enterprise Architecture allows for an organization to make effective decisions about which IT projects to pursue and the technology or products to use in the implementation. What Is Enterprise Architecture? The first phase of the Systems Development Life Cycle (SDLC) is called Project Identification and Selection. It is in this initial phase that potential projects are identified
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Enterprise Architecture: Question Consider yourself a practitioner in computer technology‚ telecommunications and Software system‚ who is interested in acquiring skills through knowledge of the most advanced application tools and methods both present (such as MIT programme) and coming. You have consequently been charged with planning‚ developing‚ applying and delivering advance information systems‚ architectural solution and programming products. Identify and critically analyze cognate enterprise
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LESSON 1: DISTRIBUTED SYSTEMS CONTENTS 1.0 Aim and Objectives 1.1. Introduction 1.2. Organization 1.3. Goals and Advantages 1.4. Disadvantages 1.5. Architecture 1.6. Concurrency 1.7. Languages 1.8. Let us Sum UP 1.9. Lesson-End Activities 1.10. Points for Discussion 1.11. References 1.0. AIM AND OBJECTIVES At the end of this Lesson you will be able to understand the concept of Distributed Computing‚ organization of Distributed Computing‚ advantages and limitations of Distributed Computing
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Distributed Systems 6. Name Services Werner Nutt 1 Naming Concepts Names = strings used to identify objects (files‚ computers‚ people‚ processes‚ objects) Textual names (human readable) – used to identify individual services‚ people • email address: Hans.Mair@inf.unibz.it • URL: www.google.com – or groups of people or objects • mailing lists: professors@unibz.it • mail domains (if there are several mail exchangers) 2 Naming Concepts (cntd) Numeric addresses (identify the location
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CUIT 406 Distributed System Lecturer: Mr. A. Gamundani Assignment: 1 Due Date: 23 September 2013 QUESTION 1 a) Differentiate between loosely coupled systems and tightly coupled systems. [6] Tightly coupled systems Loosely coupled
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destroyed dynamically‚ as needed. The central aim of having multiple threads of execution is to maximize the degree of concurrent execution between operations. Operating system architecture There are two key examples of kernel design: the so-called monolithic and microkernel approaches: Monolithic: It is massive – it performs all basic operating system functions and takes up in the order of megabytes of code and data – and that it is undifferentiated Microkernel: The kernel provides only
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CHUKA UNIVERSITY DEPARTMENT OF COMPUTER SCIENCE COMP 414:DISTRIBUTED ASSIGNMENT 1‚ DUE DATE 31/01/2014 (a) With examples describe Access‚ Location and Migration transparency in a distributed system. (4mks) Access Transparency: Clients should be unaware of the distribution of the files. The files could be present on a totally different set of servers which are physically distant apart and a single set of operations should be provided to access these remote as well as the local files. Applications
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