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 ENGINEERING PROJECT – I INTRODUCTION: The goal of this paper is to analyze about three major software projects namely • The London Ambulance System • The Virtual Case File • The Automatic Baggage System By analyzing these software projects and the software engineering principles followed‚ the key factors responsible for the software projects failure can be understood. Each of these projects has failed miserable
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OBJECTIVE: To develop a mini-project following the 12 exercises listed below. 1. To develop a problem statement. 2. Develop an IEEE standard SRS document. Also develop risk management and project plan (Gantt chart). 3. Identify Use Cases and develop the Use Case model. 4. Identify the business activities and develop an UML Activity diagram. 5. Identity the conceptual classes and develop a domain model with UML Class diagram. 6. Using the identified scenarios find the interaction between objects
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SOFTWARE SERVICE CALLS Sam works as a manager in a national service center of a software company. The company sells packaged design software. Customers who buy the product require service in case they face any problem in the software. Sam is concerned about the capacity of the national service center to handle to number of service requests. There are two types of service requests‚ one customer submits written request which is called as STRs and two they can call national service center which are
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#2: SOFTWARE EVALUATION: AyaNova‚ Service Industry Software Mary Jo Davis‚ Chong Tao‚ Submitted: April 10‚ 2007 Table of Contents 1. Abstract 2. Summary of Software Category: Business application software‚ by definition is: a software group that does not run the computer‚ but rather provides a tool for the user to accomplish a specific type of task by using the computer’s capabilities. Application software can
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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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Action Plan. Principles of Software Engineering University of Ballarat SCHOOL OF INFORMATION TECHNOLOGY AND MATHEMATICAL SCIENCES CP 851 Principles of Software Engineering Semester 2007/1 Tutorial Exercise Week 1: Answer the * ones in groups during your Tutorial Class. Rest to be completed by next week. All answers need to be typed in a Premium4507 Words19 Pages Itech6501 Principles of Software Engineering Tut2 GRADUATE SCHOOL OF INFORMATION TECHNOLOGY AND MATHEMATICAL SCIENCES ITECH3501/ITECH6501
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Employees’ Motivation for SPI: Case Study in a Small Finnish Software Company Abstract. In small software companies the resources available for SPI are often limited. With limited resources‚ the motivation of the employees becomes one of the key factors for SPI. In this article‚ the motivational factors affecting a small company’s SPI efforts are discussed. In the research‚ we carried out interviews and a survey in a small Finnish software company considering the motivation towards SPI. The results
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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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The Software Crisis • The most visible symptoms of the software crisis are o Late delivery‚ over budget o Product does not meet specified requirements o Inadequate documentation • Some observations on the software crisis o “A malady that has carried on this long must be called normal” (Booch‚ p. 8) o Software system requirements are moving targets o There may not be enough good developers around to create all the new software that users need o A significant portion of developers’ time must often
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