Chapter 4 - Software Process and Project Metrics Overview • Software process and project metrics are quantitative measures that enable software engineers to gain insight into the efficiency of the software process and the projects conducted using the process framework. In software project management‚ we are primarily concerned with productivity and quality metrics. The four reasons for measuring software processes‚ products‚ and resources (to characterize‚ to evaluate‚ to predict‚ and to improve)
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Case Study #1 – Software Engineering Elizabeth M. Crispino 01 December 2010 Explain why programs which are developed using Evolutionary Development are likely difficult to maintain. Evolutionary development is an iterative and incremental approach to software development. Instead of creating a comprehensive artifact‚ such as a requirements specification‚ that you review and accept before creating a comprehensive design model (and so on) you instead evolve the critical development artifacts
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SOFTWARE CONFIGURATION MANAGEMENT Introduction Lehman’s Law of Software Evolution predicts that change in software is inevitable and it is not a consequence of bad programming. There are also limit to what can be achieved by a software evolution team in safely implementing changes and new functionality. Software evolution reacts to the need of changes on the software system for various reason including bug fixes‚ declining performance‚ increasing complexity and adapting to new platform. Software
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Software Requirement Specification for Online Result Automation System Software Requirement Specification Project Title Team Title Guide and College Project Members : Online Result Automation System : Chalukya team : Prof: S V Saboji ‚VTU University Belgaum‚ Karnataka : • • • Shreekanth Gaanji Yishtaling Naregall Raveendra Padasalagi INTRODUCTION The purpose of this section is to provide the reader with general‚ background information about the software “Online Result automation
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Describe each law in your own words. Illustrate with a practical example ? Glass’ law “Requirement deficiencies are the prime source of project failures Coming to my explanation Glass law states that if the basic requirements of the projects is not constructed properly that may leads failure of the project. To achieve goals in the project it plays an vital role and any drawbacks may leads project unsuccessful. Around 20% of all IT project failures were caused by incomplete or badly managed
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This report is about software engineering project failures. In this report‚ I will first examine the importance of a good software engineering manager to a project. Then‚ I will identify major reasons for software engineering project fails within the software industry. At last‚ some suggestion about reducing project failure rates according to the knowledge and best practices will be provided. Manager is essential to software engineering project There are nine project management knowledge areas:
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Why Software Should Be Free by Richard Stallman (Version of April 24‚ 1992) Introduction The existence of software inevitably raises the question of how decisions about its use should be made. For example‚ suppose one individual who has a copy of a program meets another who would like a copy. It is possible for them to copy the program; who should decide whether this is done? The individuals involved? Or another party‚ called the ``owner’’? Software developers typically consider these questions
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Cubao‚ Quezon City Software Reuse In partial fulfillment for the subject CTI003 Current Trends and Issues in IT Submitted to: Mr. Junell Avestro Submitted by: Lizbert Niño Igagamao IT21FB/BS-IT Date submitted October 9‚ 2012 Abstract Effective reuse of software products is reportedly increasing productivity‚ saving time‚ and reducing cost of software development. Historically‚ software reuse focused on repackaging
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Software Engineering: The computer science discipline concerned with developing large applications. Software engineering covers not only the technical aspects of building software systems‚ but also management issues‚ such as directing programming teams‚ scheduling‚ and budgeting. Software Engineer: A software engineer is in charge of assembling extensive amounts of code into working applications‚ as well as updating and fixing problems in existing software. A software engineer is also referred
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be calculated for a given time period. Payroll System is complete Payroll software right from Employees Personal Information‚ Pay Structure‚ Loans‚ Reimbursement‚ Pay Slip Generation & Printing‚ Salary Register‚ P.F.‚ E.S.I.‚ Profession Tax‚ Income Tax‚ and L.I.C. Reports etc. Added to the above reports‚ standard formats for annual submissions of PF‚ E.S.I.‚ and P.T. are also generated automatically. This software can be used by Industrial units‚ Distribution Agencies‚ Departmental Stores‚
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