that can reside on a pipe; and typed pipes‚ which require that the data passed between two filters have a well-defined type. [pic] Figure 1: Pipes and Filters A degenerate case of a pipeline architecture occurs when each filter processes all of its input data as a single entity.1 In this case the architecture becomes a “batch sequential” system. In these systems pipes no longer serve the function
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P RACTICAL SOFTWARE TESTING Springer New York Berlin Heidelberg Hong Kong London Milan Paris Tokyo P RACTICAL SOFTWARE TESTING A PROCESS-ORIENTED APPROACH ILENE BURNSTEIN Ilene Burnstein Department of Computer Science Illinois Institute of Technology 10 West 31 Street Chicago‚ IL 60616 USA burnstei@babbage2.cs.iit.edu Library of Congress Cataloging-in-Publication Data Burnstein‚ Ilene. Practical software testing : a process-oriented approach / Ilene Burnstein
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Table of Contents KANBAN IN SOFTWARE 6 ABSTRACT 6 Chapter 1: INTRODUCTION 6 1.1 Lean Thinking 8 1.2 Applying in Software Development 9 1.3 Kanban for Software 9 1.4 Scope of the study 11 Chapter 2: LITERATURE REVIEW 11 2.1 Lean Manufacturing vs. Lean Development 11 2.2 Applying Lean in Software Development 12 2.3 Kanban 13 2.4 Waterfall methodology 16 Chapter 3: Methodology 19 Chapter 4: ANALYSIS 21 Chapter 5:- Findings 24 Chapter 6:- Conclusions
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Since the labor is so much cheaper in India than it is in the United States‚ more and more software industries move their companies over seas. It is also very easy to transfer software from one continent onto another due to today ’s technology. India has a comparative advantage over software because they specialized in this field‚ they do not need many resources to make it and they get the people to do it. Because of this they can export their product to other countries and buy some other product
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The CCPM Dilemma Case Study | Engineering Project Management48260 | Individual Assignment | | | Khaled Shakhshir | 10902601 | 4/8/2012 Word Count : 2474 | | Table of Contents Introduction 4 Project management 4 Case study 5 Brief explanation of the CCPM 5 Basis of CCPM 5 Advantages of CCPM 5 CCPM method helps overcoming the following obstacles: 5 Disadvantages of CCPM 6 Assessing Project management issues: 6 Potential resolution 8 Conclusion and Recommendations
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Brief Analysis During the years 2001 to 2004 of gradual development of Jive Systems‚ the company solidified its status as the fastest growing SBS Company in the industry‚ doubling the size of its workforce since 2008 and increasing full year revenue 85% from 2008 to 2009. Throughout this period of rapid growth and expansion‚ Jive relied on a variety of technologies to handle their sales forecasting process. Till they realized that their structure of business changing almost daily‚ Jive’s eccentric
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1. Can you explain the PDCA cycle and where testing fits in? Software testing is an important part of the software development process. In normal software development there are four important steps‚ also referred to‚ in short‚ as the PDCA (Plan‚ Do‚ Check‚ Act) cycle. Let’s review the four steps in detail. Plan: Define the goal and the plan for achieving that goal. Do/Execute: Depending on the plan strategy decided during the plan stage we do execution accordingly in this phase. Check: Check/Test
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Life cycles in Software and Knowledge Engineering : a comparative review. Michael Wilson‚ David Duce Informatics Dept.‚ Rutherford Appleton Laboratory Dan Simpson Dept. of Computer Science‚ Brighton Polytechnic. ABSTRACT Developments in software engineering have led to models of the system life cycle incorporating the use of prototyping and formal methods of program verification. These are becoming supported by integrated project support environments and permit the planning and monitoring
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Quality in the Software Development Industry of Sri Lanka Sahan Jayawarna A.T. Fonseka Abstract The software development industry of Sri Lanka has grown rapidly during recent years. However‚ the quality of software products has become a critical issue as shown in the increase in software defects and associated solutions for those problems. This study aimed at understanding the critical factors underlying software product quality. It was based on a survey of ten software development companies
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Software Crisis Software crisis was a term used in the early days of computing science. The term was used to describe the impact of rapid increases in computer power and the complexity of the problems which could be tackled. In essence‚ it refers to the difficulty of writing correct‚ understandable‚ and verifiable computer programs. The roots of the software crisis are complexity‚ expectations‚ and change. The major cause of the software crisis is that the machines have become several orders
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