Fundamentals of Software Engineering

Author: Carlo Ghezzi,Mehdi Jazayeri,Dino Mandrioli

Publisher: N.A

ISBN: 9780130991836

Category: Computer software

Page: 604

View: 1948

Provides coverage of fundamentals of software engineering by stressing principles and methods through formal and informal approaches. This book emphasizes, identifies, and applies fundamental principles that are applicable throughout the software lifecycle, in contrast to other texts which are based in the lifecycle model of software development.

Introduction to Software Engineering, Second Edition

Author: Ronald J. Leach

Publisher: CRC Press

ISBN: 1498705286

Category: Computers

Page: 402

View: 6706

Practical Guidance on the Efficient Development of High-Quality Software Introduction to Software Engineering, Second Edition equips students with the fundamentals to prepare them for satisfying careers as software engineers regardless of future changes in the field, even if the changes are unpredictable or disruptive in nature. Retaining the same organization as its predecessor, this second edition adds considerable material on open source and agile development models. The text helps students understand software development techniques and processes at a reasonably sophisticated level. Students acquire practical experience through team software projects. Throughout much of the book, a relatively large project is used to teach about the requirements, design, and coding of software. In addition, a continuing case study of an agile software development project offers a complete picture of how a successful agile project can work. The book covers each major phase of the software development life cycle, from developing software requirements to software maintenance. It also discusses project management and explains how to read software engineering literature. Three appendices describe software patents, command-line arguments, and flowcharts.

Software Engineering (WBUT), 2nd Edition

Author: Rohit Khurana

Publisher: Vikas Publishing House

ISBN: 8125953035

Category: Computers

Page: N.A

View: 6309

Innovations in software engineering have ushered in an era of wired technology. We are constantly surrounded by the products of this revolution. With this book, the author has created a resourceful cache of latest information for aspiring software engineers, preparing them for a productive industry experience. Elaboration on concepts of software development and engineering, the book gives an insightful view of the fundamentals of system design, coding and documentation, software metrics, management and cost estimation. Based upon the updated university curriculum, this book is a student-friendly work that explains difficult concepts with neat illustrations and examples. Topic wise discussions on system testing and computer-aided software engineering go a long way in equipping budding software engineers with the right knowledge and expertise. This is a great book for self-based learning and for competitive examinations. It comes with a glossary of technical terms. Key Features • Lucid, well-explained concepts with solved examples • Complete coverage of the updated university syllabus • Chapter-end summaries and questions for quick review • Relevant illustrations for better understanding and retention • Glossary of technical terms • Solution to previous years’ university papers

Essentials of Software Engineering

Author: Frank Tsui,Orlando Karam,Barbara Bernal

Publisher: Jones & Bartlett Learning

ISBN: 1284106004

Category: Computers

Page: 334

View: 5954

Written for the undergraduate, one-term course, Essentials of Software Engineering, Fourth Edition provides students with a systematic engineering approach to software engineering principles and methodologies. Comprehensive, yet concise, the Fourth Edition includes new information on areas of high interest to computer scientists, including Big Data and developing in the cloud.

Successful Software Development

Author: Scott E. Donaldson,Stanley G. Siegel

Publisher: Prentice Hall Professional

ISBN: 9780130868268

Category: Computers

Page: 745

View: 527

Preface We must not promise what we ought not, lest we be called on to perform what we cannot. —Attributed to Abraham Lincoln, speech delivered before the first Republican convention of Illinois, May 29, 1856,The Writings of Abraham Lincoln, ed. Arthur B. Lapsley, vol. 2, p. 249 (1905). Successful Software Developmentmeans "the ability to produce 'good' software systems 'consistently'" Customers want software systems to do what they are supposed to do, to be delivered on time, to be delivered for the agreed-upon cost, and to satisfy any other criteria they may specify. Sellers want the systems they develop to do what the customer wants, to be delivered ahead of schedule or on time, to earn them a reasonable profit, and to satisfy any other criteria that may govern the way they do business. Software systems satisfying both customer and seller criteria are "good." Customers and sellers also want their criteria satisfied "consistently." The software development business should not be a lottery. This book is a practitioner's guide for achieving successful software development. Making It Happenmeans "implementing a 'way' of successful software development" There is no one "way" to develop software systems. If there were, software systems development would have been reduced to an assembly-line process long ago. People with diverse experiences and educational disciplines contribute to advances in software development methodologies, processes, techniques, practices, and tools. This rich diversity brings about different "ways" to develop "good" software systems "consistently." This book is a practitioner's guide for making successful software development happen in a way that makes sense for your environment. Who Should Read This Book? The software development business is centered on a relationship between a customer and a seller of software products and services. So, this book is for both software customers and software sellers. More specifically, the intended audience is anyone who performs one or more of the following activities: Develops software products and software-related products Directly manages people who do the above Manages the above managers Buys/uses products from the above Educates the people above Individuals have used the first edition of this book to complement their particular expertise. Customers have used this book to refine their business dealings with sellers. Sellers have used this book to establish or refine their "way" of developing software systems for their customers. Sellers have also used the book to provide in-house training to their marketing personnel so the marketers better understand what their businesses are selling. Customers and sellers have used the book to train their human resource personnel so they better understand what skill sets are needed for the software development business. Universities have used the book in graduate schools to teach how to be successful in the software development business. For thesoftware customer, we explain and illustrate mechanisms to effectively communicate to the software seller (1) what you want, (2) when you want it, and (3) how much you want to pay for it. For thesoftware seller, we explain and illustrate the mechanisms to effectively communicate (1) to your customer your understanding of what the customer wants and (2) among your project team members how you are going to give the customer what the customer wants. For theeducator, we provide supplemental training materials for the classroom. This material is packaged in a separately available study guide that consists of the following items: Over 500 pages that recast the book's contents as presentation material. This material is organized by chapter and lays out the material in the order that it appears in the chapter. Most of the book's figures, or adaptations of these figures, appear in this material. Sample questions for homework assignments. Sample class project. Sample course syllabus. Educators can use the above material in conjunction with the companion Web site at develop courses based on the book's material. These courses can be part of a corporate training program or a college or university curriculum. The study guide material is adapted from our teaching experience in both of these environments. Regarding the presentation material in the study guide, we note that students can use this material without an instructor as a companion to the book. Example uses of this material as a companion to the book include: Before reading a chapter or part of a chapter from the book, the student can go to the corresponding study guide pages to get a quick look at the chapter or chapter part. While reading a chapter or chapter part, the student can, in parallel, look at the corresponding study guide pages. Sometimes a different look at the same material can facilitate learning. After reading a chapter or chapter part, the student can go to the corresponding study guide pages for review purposes and quickly recall key points, concepts, and book illustrations. How Is This Software Development Book Different from Other Such Books? Lots of things go into making successful software development happen. Among the important things,effective communication,risk reduction, andan organizational "way" of successful software developmentstand out and are threaded throughout this book. Effective communicationmeans "transmitting information, thought, or feeling so that it issatisfactorily received or understoodemphasis added."1 At the risk of oversimplification, people understand the mechanics of creating software code, but both the customer and seller have trouble understanding each other. Customers have said, "We thought we told the developers what we thought we wanted, but what they delivered is not what we wanted." Sellers have said, "We thought we understood what the customer was trying to tell us, but come to find out, what we delivered is not what the customer wanted." Therefore, for us, Successful software development is first and foremost an ongoing exercise in effective communication between the customer and the seller throughout a software project. Risk reductionmeans "reducing the likelihood that software systems development products will (1) not be delivered on time, (2) not be delivered within budget, and (3) not do what the seller and customer mutually agreed that the products are supposed to do." Simply stated, people understand there are risks with creating software code. However, many people do not assess risk, allocate appropriate resources to mitigate risk, monitor risk, and decide how to deal with risk. Customers have said, "We don't have documented requirements, but we expect the system to do what it is supposed to do." In response to such customer requests, sellers have said, "No problem! The software should do what you want and we will deliver it on time." Therefore, for us, Successful software development is also an ongoing exercise in risk reduction. An organizational "way" of successful software developmentmeans "a set of processes that an organization uses to develop and maintain software and software-related products." We proceed from the premise that, as we said earlier, there is no one way to build software systems. Again, at the risk of oversimplification, customers have said, "We don't have time to stop and plan the work to be done, just get started coding." Sellers have said, "We know what the users need, so let's get started." Therefore, for us, A "way" of developing software systems consists of processes that (1) promote effective communication throughout software systems development and (2) continually reduce risk. We present processes based on fundamental engineering and process principles that include (1) project planning, (2) change control, and (3) product and process reviews. We present a language-based measurement technology2 for evaluating software processes and the products they yield. We explain how to use such measurements to improve your processes and products. We explain how to plan process improvement to help bring about improvement in the way you develop software systems. We explain why the ideas presented work, give you suggestions on how you can make them work, and offer insights into what may not work. An organizational "way" of doing business needs to incorporate such things as the lessons learned from people's experiences and previous software development projects. If the organizational "way" includes such experiences and lessons learned, known and/or anticipated risks are reduced, but not necessarily eliminated. Also, effective customer/seller communication reduces misunderstandings, thereby reducing the risk that a software product will not satisfy its criteria. This book, therefore, presents you with techniques for effectively communicating and reducing risk. We explain and illustrate fundamental engineering and process principles for you to consider whenMaking It Happenin your environment. We stress that these techniques have been successfully implemented on real-world software systems development projects and programs. The size of these projects and programs ranges from tens of thousands of dollars to hundreds of millions of dollars. How Is the Book Organized? The chapters address the following topics: Chapter 1The first chapter presents the business case for setting up a "consistent" way of doing software systems development. The chapter also presents some fundamental concepts and terms used throughout the book. These terms and concepts establish a working vocabulary to facilitate effective communication. Chapter 2The second chapter presents techniques for project planning and reducing risks. Many organizations develop project plans and then start working. For us, planning is just one part of an organization's "way" of developing software systems. Chapter 3The third chapter presents an organizational "way" (or process) for developing software systems—an organizational software systems development process. In effect, this "way" of doing business helps to set the stage for the rest of the book. There are many "best practices" for software development. The question is, "How do these practices interface with one another?" The organizational "way" presented consists of a set of related processes that embody fundamental engineering and process principles that specifically address effective communication and risk reduction. The organizational "way" presented contains a project planning process, a change control process, product and process review processes, and a measurement process. We define and explain roles, responsibilities, activities, and communication linkages. We present this "way" of developing software systems for your consideration when defining your way of doing business. We stated above a key principle regarding software development—successful software development is an ongoing exercise in risk reduction. In the third chapter, when we present a "way" for developing software systems for your consideration, we stress the following corollary to this key principle: If you decide under certain particular circumstances that it may make better sense not to follow your organizational way of doing business, then you should keep in mind that you might be increasing software systems development risk. Chapter 4No matter how well a project is planned, it is almost axiomatic that things will change once the project gets underway. Therefore, the fourth chapter presents the fundamental process of change control. This chapter also addresses the communications problems that plague any software systems development project. Sometimes the customer believes that the requirements were effectively communicated to the developer. Sometimes the developer believes the customer requirements were understood. Subsequent to developer implementation of the requirements, the customer and developer may have vastly different perspectives regarding requirements satisfaction. This chapter offers guidance for reducing the likelihood of such disconnects arising in your environment. Chapter 5For us, "consistent" software development involves the systems disciplines of management, development, and product assurance. The fifth chapter presents product and process reviews from the perspectives of these three systems development disciplines. This chapter focuses on how reviews help customers and/or sellers gain visibility into project progress and risk so that intelligent, informed decisions can be made with respect to what needs to be done next. Chapter 6Measurement for the sake of measurement is a waste of time and resources. The sixth chapter presents practical guidance on how to express meaningful measurement in everyday language that the intended audiences agree to and understand. Meaningful measurement contributes to (1) successful software systems development projects and (2) improvements in the "way" software systems are developed. Chapter 7Pressures such as competition generally push organizations to continue to improve their skill sets, processes, and products. The seventh chapter addresses people issues associated with maturing the organization's "way" of doing business. Getting software systems development processes on paper to document this "way" is a challenge. However, getting people in the organization to help build this "way" and then follow it is an even more imposing challenge. We present ideas for how to deal with this challenge. Chapter 8Finally, the eighth chapter presents guidance for planning improvements to your "way" of developing software systems. This chapter helps you select concepts from the preceding chapters to develop a process improvement approach. We discuss how to factor lessons learned from following your "way" of doing business or from not following your "way" into improvement activities. Also, we present other candidate practices for your consideration for improving your "way" of developing software systems. Table P-1 highlights in more specific terms what you will learn from each chapter. Table P-1 Chapter Highlights. Chapter Title and Purpose What You Will Learn 1 Business Case—(1) makes the business case for setting up a "consistent" way of doing software systems development and (2) introduces fundamental concepts needed for the rest of the book. Whatsuccessful software developmentmeans. Why investing in software process improvement to achieve consistently "good" products makes good business sense. Business way refinement/transformation is first and foremost a cultural change exercise. Successful software development must be a customer/seller partnership, where the "seller" is the software systems development enterprise and the "customer" is the buyer/user of what the seller provides. The ideas in the book are scalable—they apply to customer/seller partnerships of almost any size. The ideas in this book encompass customer/seller partnerships in any business environment (e.g., commercial, government). Why the software development business does not have to be a lottery. Why successful software development is not inextricably tied to individual heroics to get the job done. Why there is no one way to build software systems and how this viewpoint influences the way to achieve successful software development. Why prescriptively applying an organization's business way makes good business sense. What "prescriptive application of an organization's business way" means and why prescriptive application holds the key to institutionalizing the business way. Definitions of key terms needed for the rest of the book (e.g., software, software process, software process capability, software process maturity, prescriptive application, product and process "goodness," software process improvement, life cycle, culture). The role of organizational commitment in making successful software development happen. Effective customer/seller communication is a key element of successful software development. A key mechanism for effecting good customer/seller communication is the change control board (CCB). People are the most important success factor—not automated tools. Requisite software systems development disciplines for achieving success—management, development, product assurance. Obstacles to effecting cultural change. Making software development success happen extends far beyond (1) management edicts, (2) assembling a team of experienced and good people, and (3) a five-minute conversation with a customer and a three-week coding frenzy. Alternative approaches to refining/transforming an organization's business way. A systems engineering environment (SEE) provides a means for making successful software development happen—whether systems are developed sequentially or in parallel. The SEE consists of a process component (application development process environment ADPE) and a technology component (ADTE). 2 Project Planning Process—provides practical guidance for effectively planning software systems development work. The project plan is a living contract that binds the customer/seller partnership by setting forth the work that the seller's management, development, and product assurance disciplines accomplish and the customer's management approves. Life cycle's role in project planning. Planning is an ongoing negotiation between the buyer/user and seller. How to account for the interaction among the requisite disciplines—management, development, and product assurance—throughout the project life cycle. How to plan for change. Contrasting views of work accomplishment—ideal, real, and realistic—and their impact on project planning. How to construct a simple, but powerful, risk assessment approach for project planning use. How to incorporate risk reduction explicitly into a project plan budget. How to construct a risk-reduced project plan. How to develop an ADPE element defining an organization's project planning process. 3 Software Systems Development Process—(1) defines principles for putting together an organizationwide software systems development process (SOW), where the SOW is a customer vehicle framework that fosters success and (2) illustrates these principles by defining a top-level process that you can use as a starting point for defining a software development business way for your environment. Contractual agreements that can arise in the software systems development business. How to write a "good" statement of work for communicating to the seller what he/she wants. How the seller can constitute a project team and define associated responsibilities to accomplish project plan work. How the customer can effectively interact with the seller project team. How the seller can define a software systems development process that (1) explicitly includes the customer throughout the process and (2) can incorporate any product development life cycle. How to plug the seller organization and the customer organization(s) into the software systems development process so that both sides know how business is to be transacted. More about "prescriptive application" of the software systems development process. How to address process issues in those environments where numerous software systems development projects are unfolding more or less in parallel. How does a life cycle plug into the software systems development process. How level of detail and organizational scope are two major considerations in defining an organizational software systems development process. How the software systems development process can plug into a systems development process. How to design a form that helps track a product as it winds its way through the software systems development process. What are the responsibilities of the customer and the seller after the seller delivers the product to the customer. How to develop an ADPE element defining an organization's software systems development process. Why this element is a good place to begin setting up an ADPE. 4 Change Control Process—defines change control board (CCB) mechanics and provides practical guidance for setting up CCBs for your software projects. Why miscommunication can plague any software systems development project. How the customer and seller can have dramatically different views of the state of a product and what to do to reduce the likelihood of such different views arising. How to manage unplanned change as well as planned change. Why management of all change is crucial to achieving successful software systems development. How the need for managing all change mandates a CCB concept that extends far beyond the traditional configuration management control board concept. Change control mechanics of the software systems development process. How to establish seller and customer accountability through the CCB. The three scenarios governing all of change control: Do we want something new or different? Is something wrong? Should we baseline the product? CCB mechanics (e.g., what to record at CCB meetings, CCB role in traversing a project life cycle, who should be the CCB chairperson, what should be the CCB voting mechanism, what is contained in a CCB charter, how is a CCB meeting conducted, how frequently should the CCB meet). The information requirements for CCB minutes. How to write CCB minutes. When are CCB hierarchies appropriate and how they should be set up. How to design change control forms that make sense for an organizational way of doing business. How to develop an ADPE element defining the workings of CCBs in a software systems development process. 5 Product and Process Reviews—describes the basic processes associated with the various reviews called out in Chapter 3 as a means for reducing software systems development risk and thereby achieving success. Principles pertaining to the purpose of reviews. How to resolve key issues regarding the review process involving peers. The mechanics of document reviews and acceptance testing that an independent product assurance organization conducts. How to make software requirements testable so that the software systems development process can be brought to a successful conclusion. What a software audit is and its relationship to reviews. The key role that acceptance testing plays in harmonizing seller and customer understanding of what the delivered software system and supporting databases are to contain. Senior management visibility needs and how reviews can help meet these needs. How technical editing can be incorporated into the software systems development process to help prevent compromising good engineering work. Technical editing suggestions that can be used as a starting point for constructing an organizational technical editing guide. How to develop ADPE elements addressing (1) independent product assurance, (2) peer reviews, and (3) the acceptance testing cycle. 6 Measurement—provides practical guidance for measuring product "goodness" and the "goodness" of the software systems development process that produced the products. The focus is on how to use measurement to achieveconsistentproduct and process "goodness." Knowing when it makes sense to try to improve the software systems development process. How to avoid "measurement for the sake of measurement" activities. How to use an easy-to-learn and easy-to-apply measurement technique, called Object Measurement, that you can use to measure almost anything, including product and process "goodness." How to establish benchmarks to give meaning to product and process measurements. How to measure customer satisfaction. How to quantify the concept of product integrity as a means for assessing software product "goodness." How to extend the quantified product integrity concept to the software systems development process domain to assess process "goodness." How to use the product "goodness" metric to track product evolution through the software systems development process to head off product development problems. How to set up value scales for measuring product and process "goodness" in any environment. How to measure the "goodness" of the process described in Chapter 3. How to apply Object Measurement to alternative software business improvement approaches, such as those developed by the Software Engineering Institute. How to develop other product and process metrics in addition to those developed using Object Measurement. How to integrate measurement into the software systems development process. How to couple product and process measurements to facilitate improvements in the way software systems are developed. How to develop an ADPE element to (1) quantify where an organization is productwise and processwise, (2) quantify differences from this baseline assessment, (3) establish quantitative product and process goals, (4) quantify progress toward achieving these goals, and (5) define the approach for incorporating process and product improvements based on the measurement activity. 7 Cultural Change—addresses human issues bearing on bringing about organizationwide cultural change during implementation of your systems engineering environment (SEE). How to anticipate and manage the cultural changes that go hand in hand with any program designed to refine or alter the software systems development process through the establishment of an SEE. The role in bringing about cultural change of the organization responsible for writing the ADPE elements and seeing to it that they are implemented and continually improved. How to deal with the challenges to ADPE implementation arising from the seller project-level individuals who will have to adapt to the ADPE practices that govern their work. How to deal with the challenges to ADPE implementation arising from those customer individuals responsible for giving direction to seller project managers for accomplishing project work. The impact on customer senior management that ADPE implementation brings about. The key role that seller senior management plays in effecting software systems development cultural change through ADPE implementation. How business pressures affect seller senior management support for ADPE implementation and how to alleviate these pressures. How "prescriptive application" of the software systems development process relates to empowerment and bringing about cultural change. The customer's role in ADPE implementation. The role of training in effecting cultural change associated with ADPE implementation. How to sell ADPE implementation as a career growth opportunity. The organizational factors bearing upon how long it takes to bring about cultural change. Why an ADPE element defining the ADPE element development and updating process is intimately tied to organizational cultural change. How to develop an ADPE element defining the ADPE element development and updating process. 8 Process Improvement Planning—provides practical guidance on how to write an SEE implementation plan. This plan serves as a roadmap for doing the things discussed in the preceding chapters. How to write an SEE implementation plan whose accomplishment can bring about organizationwide software process improvement. Factors bearing on the following 19 key SEE implementation issues and how to address these issues in an SEE implementation plan: What are timeline considerations for SEE implementation tasks and their phasing? How should ADPE elements be phased in? What ADPE elements should be included in your SEE? How should the ADPE be constituted—(1) from a small number of elements (i.e., approximately ten), each with tens of pages or more, or (2) from a large number of elements (i.e., tens or more), each consisting of a couple of pages, or (3) some combination of (1) and (2)? How frequently should an ADPE element be updated? What amount of detail should be included in individual ADPE elements? How can you define a plan for an application development technology environment (ADTE) for your organization? How do you package ADPE elements and related items? How should ADPE implementation be handled if your organization is small? What is an austere SEE implementation approach? How can mentoring and coaching be leveraged to facilitate implementation of ADPE practices? What strategies can be adopted to meet the cultural change challenges posed by SEE implementation? How do you deal with the business reality of the almighty dollar in bringing about ADPE implementation? How do you account for the reality that people within an organization span a broad spectrum of willingness to adapt to the engineering environment? Who should develop the SEE in your organization? How do you frame an SEE implementation policy? How do you plan ADPE implementation improvement at the project level? How can process and product measurement be integrated with your organizational process? How should you structure an SEE implementation plan? Appendix A How to Measure Strategic Information Management (SIM)—provides you with insight into applyingObject Measurementoutside a software context. What strategic information management (SIM) is. How to measure the improvements of an organization's performance in terms of SIM. Why the quantification of SIM is of interest. What Are the Book's Main Features? This book features the following items to help you make successful software development happen in your environment: Annotated outlines to help you overcome the blank-page syndrome in committing to writing down your desired "way" of doing business. Over 200 figures to help you quickly assimilate ideas and their relationships. A list of key ideas at the outset of each chapter to help you work your way through the chapter and organize what you want to take from it. Process diagrams that you can easily adapt to your environment so that (1) if you are a seller, you can set up a way of consistently producing "good" software systems, and (2) if you are a customer, you can direct a seller to work with you to give you what you want, on time, and within budget. Worked-out example

Facts and Fallacies of Software Engineering

Author: Robert L. Glass

Publisher: Addison-Wesley Professional

ISBN: 9780321117427

Category: Computers

Page: 195

View: 3219

Regarding the controversial and thought-provoking assessments in this handbook, many software professionals might disagree with the authors, but all will embrace the debate. Glass identifies many of the key problems hampering success in this field. Each fact is supported by insightful discussion and detailed references.



Publisher: PHI Learning Pvt. Ltd.

ISBN: 9388028031

Category: Computers

Page: 612

View: 2928

This new edition of the book, is restructured to trace the advancements made and landmarks achieved in software engineering. The text not only incorporates latest and enhanced software engineering techniques and practices, but also shows how these techniques are applied into the practical software assignments. The chapters are incorporated with illustrative examples to add an analytical insight on the subject. The book is logically organised to cover expanded and revised treatment of all software process activities. KEY FEATURES • Large number of worked-out examples and practice problems • Chapter-end exercises and solutions to selected problems to check students’ comprehension on the subject • Solutions manual available for instructors who are confirmed adopters of the text • PowerPoint slides available online at to provide integrated learning to the students NEW TO THE FIFTH EDITION • Several rewritten sections in almost every chapter to increase readability • New topics on latest developments, such as agile development using SCRUM, MC/DC testing, quality models, etc. • A large number of additional multiple choice questions and review questions in all the chapters help students to understand the important concepts TARGET AUDIENCE • BE/B.Tech (CS and IT) • BCA/MCA • M.Sc. (CS) • MBA

Software Engineering Economics

Author: Barry W. Boehm

Publisher: Prentice Hall


Category: Computers

Page: 767

View: 3647

Software Engineering Economics is an invaluable guide to determining software costs, applying the fundamental concepts of microeconomics to software engineering, and utilizing economic analysis in software engineering decision making.

Foundations of Software Testing, 2/e

Author: Aditya P Mathur

Publisher: Pearson Education India

ISBN: 9332517657


Page: 728

View: 5849

This edition of Foundations of Software Testing is aimed at the undergraduate, the graduate students and the practicing engineers. It presents sound engineering approaches for test generation, ion, minimization, assessment, and enhancement. Using numerous examples, it offers a lucid description of a wide range of simple to complex techniques for a variety of testing-related tasks. It also discusses the comparative analyses of commercially available testing tools to facilitate the tool ion.

Software Testing and Analysis

Process, Principles and Techniques

Author: Mauro Pezze,Michal Young

Publisher: John Wiley & Sons


Category: Computers

Page: 488

View: 1341

Teaches readers how to test and analyze software to achieve an acceptable level of quality at an acceptable cost Readers will be able to minimize software failures, increase quality, and effectively manage costs Covers techniques that are suitable for near-term application, with sufficient technical background to indicate how and when to apply them Provides balanced coverage of software testing & analysis approaches By incorporating modern topics and strategies, this book will be the standard software-testing textbook

Engineering Analysis with ANSYS Software

Author: Tadeusz Stolarski,Y. Nakasone,S. Yoshimoto

Publisher: Butterworth-Heinemann

ISBN: 0081021658

Category: Technology & Engineering

Page: 562

View: 6248

Engineering Analysis with ANSYS Software, Second Edition, provides a comprehensive introduction to fundamental areas of engineering analysis needed for research or commercial engineering projects. The book introduces the principles of the finite element method, presents an overview of ANSYS technologies, then covers key application areas in detail. This new edition updates the latest version of ANSYS, describes how to use FLUENT for CFD FEA, and includes more worked examples. With detailed step-by-step explanations and sample problems, this book develops the reader’s understanding of FEA and their ability to use ANSYS software tools to solve a range of analysis problems. Uses detailed and clear step-by-step instructions, worked examples and screen-by-screen illustrative problems to reinforce learning Updates the latest version of ANSYS, using FLUENT instead of FLOWTRAN Includes instructions for use of WORKBENCH Features additional worked examples to show engineering analysis in a broader range of practical engineering applications

Fundamentals of Electrical Engineering

Author: Leonard S. Bobrow

Publisher: Oxford University Press, USA

ISBN: 9780195105094

Category: Technology & Engineering

Page: 1163

View: 4096

This highly successful survey of the fundamental principles of modern electrical engineering offers an in-depth examination of four major topics: circuits, electronics, digital systems and electromagnetics. Advanced concepts such as resistive analysis, time-domain and frequency-domain analysis, sequential and combinational logic and elementary system principles, are discussed in detail. This updated edition includes a new chapter on the circuit analysis software SPICE, with a particular focus on the PC-version PSPICE. Numerous drill exercises illustrating concepts from the text have been added and 346 out of the 1182 end-of-chapter problems appear for the first time.Key Features:* The only fundamentals book to cover 'SPICE' (the circuits analysis software)* Covers most topics in greater depth than most introductory books* Provides maximum instructor and course flexibility with a modular, five-part organisation* Core textbook for first year undergraduatesSupplement:Solutions Manual: 0195111249Contents:I. CircuitsBasic Elements and LawsCircuit Analysis PrinciplesTime-Domain Circuit AnalysisAC AnalysisImportant Circuit and System ConceptsII. ElectronicsDiodesBipolar Junction Transistors (BJTs)Field-Effect Transistors (FETs)Transistor AmplifiersElectronic Circuits and ApplicationsIII. Digital SystemsDigital LogicLogic DesignDigital DevicesIV. ElectromagneticsElectromagneticsMachinesV. SPICESPICE

Computer Architecture

Fundamentals and Principles of Computer Design, Second Edition

Author: Joseph D. Dumas II

Publisher: CRC Press

ISBN: 1498772749

Category: Computers

Page: 462

View: 7046

Not only does almost everyone in the civilized world use a personal computer, smartphone, and/or tablet on a daily basis to communicate with others and access information, but virtually every other modern appliance, vehicle, or other device has one or more computers embedded inside it. One cannot purchase a current-model automobile, for example, without several computers on board to do everything from monitoring exhaust emissions, to operating the anti-lock brakes, to telling the transmission when to shift, and so on. Appliances such as clothes washers and dryers, microwave ovens, refrigerators, etc. are almost all digitally controlled. Gaming consoles like Xbox, PlayStation, and Wii are powerful computer systems with enhanced capabilities for user interaction. Computers are everywhere, even when we don’t see them as such, and it is more important than ever for students who will soon enter the workforce to understand how they work. This book is completely updated and revised for a one-semester upper level undergraduate course in Computer Architecture, and suitable for use in an undergraduate CS, EE, or CE curriculum at the junior or senior level. Students should have had a course(s) covering introductory topics in digital logic and computer organization. While this is not a text for a programming course, the reader should be familiar with computer programming concepts in at least one language such as C, C++, or Java. Previous courses in operating systems, assembly language, and/or systems programming would be helpful, but are not essential.

Fundamentals of Engineering Drawing

With an Introduction to Interactive Computer Graphics for Design and Production

Author: Warren Jacob Luzadder

Publisher: N.A

ISBN: 9780133384437

Category: Computer graphics

Page: 672

View: 4162


Fundamental Principles of Engineering Nanometrology

Author: Richard Leach

Publisher: Elsevier

ISBN: 1455777501

Category: Science

Page: 384

View: 3244

Working at the nano-scale demands an understanding of the high-precision measurement techniques that make nanotechnology and advanced manufacturing possible. Richard Leach introduces these techniques to a broad audience of engineers and scientists involved in nanotechnology and manufacturing applications and research. He also provides a routemap and toolkit for metrologists engaging with the rigor of measurement and data analysis at the nano-scale. Starting from the fundamentals of precision measurement, the author progresses into different measurement and characterization techniques. The focus on nanometrology in engineering contexts makes this book an essential guide for the emerging nanomanufacturing / nanofabrication sector, where measurement and standardization requirements are paramount both in product specification and quality assurance. This book provides engineers and scientists with the methods and understanding needed to design and produce high-performance, long-lived products while ensuring that compliance and public health requirements are met. Updated to cover new and emerging technologies, and recent developments in standards and regulatory frameworks, this second edition includes many new sections, e.g. new technologies in scanning probe and e-beam microscopy, recent developments in interferometry and advances in co-ordinate metrology. Demystifies nanometrology for a wide audience of engineers, scientists, and students involved in nanotech and advanced manufacturing applications and research Introduces metrologists to the specific techniques and equipment involved in measuring at the nano-scale or to nano-scale uncertainty Fully updated to cover the latest technological developments, standards, and regulations

Metrics and Models in Software Quality Engineering

Author: Stephen H. Kan

Publisher: Addison-Wesley Professional

ISBN: 9780201729153

Category: Computers

Page: 528

View: 9463

Seven new chapters and exhaustive coverage of process improvement, testing, and quality assurance bulk up this new edition. The book contains numerous real-life examples based on the author's work at the Malcolm Baldrige Award-winning software development laboratory at IBM Rochester, MN.

Foundations of Real Estate Financial Modelling

Author: Roger Staiger

Publisher: Routledge

ISBN: 1351695118

Category: Business & Economics

Page: 542

View: 7058

Foundations of Real Estate Financial Modelling, Second Edition is specifically designed to provide the scalable basis of pro forma modelling for real estate projects. The book introduces students and professionals to the basics of real estate finance theory prior to providing a step-by-step guide for financial real estate model construction using Excel. The book introduces an innovative new financial metric, P(Gain), which quantifies the probability of a Return of Capital and answers the most basic question for investing, "What is the probability I get my money back?".? This new second edition has been fully revised and expanded. The book is separated into three functional units: (1) Real Estate Valuation Basics, Theory and Skills, (2) Real Estate Pro Forma Modelling, (3) Real Estate Pro Forma (Enhancements). New and enhanced Chapters cover:? Interest rates Amortization Single- and multi-family unit Development module Rent roll module Waterfall (equity bifurcation) Hotel, retail/office and townhouse. ? In addition, this new edition includes problem sets and solutions at the end of each chapter as well as case studies underpinning the chapter topics. Further chapters are dedicated to risk quantification and include scenario, stochastic and Monte Carlo simulations, equity waterfalls, and adding U.S. GAAP financial statements to existing real estate pro forma models. This book is the ideal textbook for a Real Estate Finance class, providing the theoretical basis of real estate finance as well as valuable modelling skills for the workplace. This book provides individuals with a step-by-step instruction on how to construct a real estate financial model starting with a new spreadsheet. The resultant model is portable, scalable, and modular. A companion website provides the pro forma models to readers as a reference for their own constructed models.

Handbook of Industrial and Systems Engineering, Second Edition

Author: Adedeji B. Badiru

Publisher: CRC Press

ISBN: 146651504X

Category: Technology & Engineering

Page: 1476

View: 2129

A new edition of a bestselling industrial and systems engineering reference, Handbook of Industrial and Systems Engineering, Second Edition provides students, researchers, and practitioners with easy access to a wide range of industrial engineering tools and techniques in a concise format. This edition expands the breadth and depth of coverage, emphasizing new systems engineering tools, techniques, and models. See What’s New in the Second Edition: Section covering safety, reliability, and quality Section on operations research, queuing, logistics, and scheduling Expanded appendix to include conversion factors and engineering, systems, and statistical formulae Topics such as control charts, engineering economy, health operational efficiency, healthcare systems, human systems integration, Lean systems, logistics transportation, manufacturing systems, material handling systems, process view of work, and Six Sigma techniques The premise of the handbook remains: to expand the breadth and depth of coverage beyond the traditional handbooks on industrial engineering. The book begins with a general introduction with specific reference to the origin of industrial engineering and the ties to the Industrial Revolution. It covers the fundamentals of industrial engineering and the fundamentals of systems engineering. Building on this foundation, it presents chapters on manufacturing, production systems, and ergonomics, then goes on to discuss economic and financial analysis, management, information engineering, and decision making. Two new sections examine safety, reliability, quality, operations research, queuing, logistics, and scheduling. The book provides an updated collation of the body of knowledge of industrial and systems engineering. The handbook has been substantively expanded from the 36 seminal chapters in the first edition to 56 landmark chapters in the second edition. In addition to the 20 new chapters, 11 of the chapters in the first edition have been updated with new materials. Filling the gap that exists between the traditional and modern practice of industrial and systems engineering, the handbook provides a one-stop resource for teaching, research, and practice.