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1.
Подробнее
I 69
Integrating the internet of things into software engineering practices / / D. Jeya Mala, editor. - Hershey, PA : : Engineering Science Reference,, [2019]. - 1 online resource. - Includes bibliographical references. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/996D8A26-195C-404C-A637-7ED77FD759E6. - ISBN 9781522577911 (electronic bk.). - ISBN 1522577912 (electronic bk.)
Print version record.
Параллельные издания: Print version: : Integrating the internet of things into software engineering practices. - Hershey, PA : Engineering Science Reference, [2019]. - ISBN 9781522577904
~РУБ DDC 004.67/8
Рубрики: Internet of things.
Software engineering.
Internet of things.
Software engineering.
COMPUTERS / Computer Literacy
COMPUTERS / Computer Science
COMPUTERS / Data Processing
COMPUTERS / Hardware / General
COMPUTERS / Information Technology
COMPUTERS / Machine Theory
COMPUTERS / Reference
Аннотация: "This book presents novel ideas related to the development aspects, case studies, issues and challenges and best practices that can be adopted for IoT. It also provides details of vulnerability, complexity, robustness management, risk-driven security metrics, methodologies and tools that help the students, academia, researchers and developers to achieve adequate security, trust, dependability and privacy goals"--
Доп.точки доступа:
Mala, D. Jeya, (1974-) \editor.\
I 69
Integrating the internet of things into software engineering practices / / D. Jeya Mala, editor. - Hershey, PA : : Engineering Science Reference,, [2019]. - 1 online resource. - Includes bibliographical references. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/996D8A26-195C-404C-A637-7ED77FD759E6. - ISBN 9781522577911 (electronic bk.). - ISBN 1522577912 (electronic bk.)
Print version record.
Параллельные издания: Print version: : Integrating the internet of things into software engineering practices. - Hershey, PA : Engineering Science Reference, [2019]. - ISBN 9781522577904
Рубрики: Internet of things.
Software engineering.
Internet of things.
Software engineering.
COMPUTERS / Computer Literacy
COMPUTERS / Computer Science
COMPUTERS / Data Processing
COMPUTERS / Hardware / General
COMPUTERS / Information Technology
COMPUTERS / Machine Theory
COMPUTERS / Reference
Аннотация: "This book presents novel ideas related to the development aspects, case studies, issues and challenges and best practices that can be adopted for IoT. It also provides details of vulnerability, complexity, robustness management, risk-driven security metrics, methodologies and tools that help the students, academia, researchers and developers to achieve adequate security, trust, dependability and privacy goals"--
Доп.точки доступа:
Mala, D. Jeya, (1974-) \editor.\
2.
Подробнее
C 90
Crowdsourcing and probabilistic decision-making in software engineering / / [edited by] Varun Gupta. - 4018/978-1-5225-9659-2. - Hershey, Pennsylvania : : IGI Global,, [2020]. - 1 online resource. ( час. мин.), 4018/978-1-5225-9659-2. - (Advances in Systems Analysis, Software Engineering, and High Performance Computing (ASASEHPC) Book Series). - Includes bibliographical references and index. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/74ED7232-9E32-4385-815D-2D9423D6AE6F. - ISBN 9781522596615 (electronic book). - ISBN 1522596615 (electronic book)
Description based on online resource; title from digital title page (viewed on December 02, 2019).
Параллельные издания: Print version: :
Содержание:
Chapter 1. Markov decision theory-based crowdsourcing software process model -- Chapter 2. I-way: a cloud-based recommendation system for software requirement reusability -- Chapter 3. Requirement-based test approach and traceability for high-integrity airborne embedded systems -- Chapter 4. A systematic literature review on risk assessment and mitigation approaches in requirement engineering -- Chapter 5. Agile Team measurement to review the performance in global software development -- Chapter 6. Improving construction management through advanced computing and decision making -- Chapter 7. An investigation on quality perspective of software functional artifacts -- Chapter 8. An analysis of UI/UX designing with software prototyping tools -- Chapter 9. Improving financial estimation in construction management through advanced computing and decision making -- Chapter 10. Independent verification and validation of FPGA-based design for airborne electronic applications.
~РУБ DDC 005.1
Рубрики: Crowdsourcing.
Statistical decision.
Software engineering.
Crowdsourcing.
Software engineering.
Statistical decision.
Аннотация: "This book examines crowd-based software engineering. It explores effective solutions, automation supports, and case studies about crowd-based software engineering"--
Доп.точки доступа:
Gupta, Varun, (1987-) \author.\
IGI Global,
C 90
Crowdsourcing and probabilistic decision-making in software engineering / / [edited by] Varun Gupta. - 4018/978-1-5225-9659-2. - Hershey, Pennsylvania : : IGI Global,, [2020]. - 1 online resource. ( час. мин.), 4018/978-1-5225-9659-2. - (Advances in Systems Analysis, Software Engineering, and High Performance Computing (ASASEHPC) Book Series). - Includes bibliographical references and index. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/74ED7232-9E32-4385-815D-2D9423D6AE6F. - ISBN 9781522596615 (electronic book). - ISBN 1522596615 (electronic book)
Description based on online resource; title from digital title page (viewed on December 02, 2019).
Параллельные издания: Print version: :
Содержание:
Chapter 1. Markov decision theory-based crowdsourcing software process model -- Chapter 2. I-way: a cloud-based recommendation system for software requirement reusability -- Chapter 3. Requirement-based test approach and traceability for high-integrity airborne embedded systems -- Chapter 4. A systematic literature review on risk assessment and mitigation approaches in requirement engineering -- Chapter 5. Agile Team measurement to review the performance in global software development -- Chapter 6. Improving construction management through advanced computing and decision making -- Chapter 7. An investigation on quality perspective of software functional artifacts -- Chapter 8. An analysis of UI/UX designing with software prototyping tools -- Chapter 9. Improving financial estimation in construction management through advanced computing and decision making -- Chapter 10. Independent verification and validation of FPGA-based design for airborne electronic applications.
Рубрики: Crowdsourcing.
Statistical decision.
Software engineering.
Crowdsourcing.
Software engineering.
Statistical decision.
Аннотация: "This book examines crowd-based software engineering. It explores effective solutions, automation supports, and case studies about crowd-based software engineering"--
Доп.точки доступа:
Gupta, Varun, (1987-) \author.\
IGI Global,
3.
Подробнее
E 55
Engineering secure and dependable software systems / / edited by Alexander Pretschner, Peter Müller, Patrick Stöckle. - Amsterdam, Netherlands : : IOS Press,, 2019. - 1 online resource. - (NATO science for peace and security series. D, Information and communication security ; ; v. 53). - Includes bibliographical references and index. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/A72ACCDE-7C16-4CA2-BA4E-4D3668E828BE. - ISBN 9781614999775 (electronic bk.). - ISBN 1614999775 (electronic bk.)
On-line resource; title from PDF title page (EBSCO, viewed September 23, 2019)
~РУБ DDC 005.8
Рубрики: Computer security.
Software engineering.
Computer software--Development--Security measures.
Engineering systems--Security measures.
Аннотация: Almost all technical systems currently either interface with or are themselves largely software systems. Software systems must not harm their environment, but are also often vulnerable to security attacks with potentially serious economic, political, and physical consequences, so a better understanding of security and safety and improving the quality of complex software systems are crucial challenges for the functioning of society. This book presents lectures from the 2018 Marktoberdorf summer school Engineering Secure and Dependable Software Systems, an Advanced Study Institute of the NATO Science for Peace and Security Programme. The lectures give an overview of the state of the art in the construction and analysis of safe and secure systems. Starting from the logical and semantic foundations that enable reasoning about classical software systems, they extend to the development and verification of cyber-physical systems, which combine computational and physical components and have become pervasive in aerospace, automotive, industry automation, and consumer appliances. Safety and security have traditionally been considered separate topics, but several lectures in this summer school emphasize their commonalities and present analysis and construction techniques that apply to both. The book will be of interest to all those working in the field of software systems, and cyber-physical systems in particular.
Доп.точки доступа:
Pretschner, Alexander, \editor.\
Müller, Peter, \editor.\
Stöckle, Patrick, \editor.\
E 55
Engineering secure and dependable software systems / / edited by Alexander Pretschner, Peter Müller, Patrick Stöckle. - Amsterdam, Netherlands : : IOS Press,, 2019. - 1 online resource. - (NATO science for peace and security series. D, Information and communication security ; ; v. 53). - Includes bibliographical references and index. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/A72ACCDE-7C16-4CA2-BA4E-4D3668E828BE. - ISBN 9781614999775 (electronic bk.). - ISBN 1614999775 (electronic bk.)
On-line resource; title from PDF title page (EBSCO, viewed September 23, 2019)
Рубрики: Computer security.
Software engineering.
Computer software--Development--Security measures.
Engineering systems--Security measures.
Аннотация: Almost all technical systems currently either interface with or are themselves largely software systems. Software systems must not harm their environment, but are also often vulnerable to security attacks with potentially serious economic, political, and physical consequences, so a better understanding of security and safety and improving the quality of complex software systems are crucial challenges for the functioning of society. This book presents lectures from the 2018 Marktoberdorf summer school Engineering Secure and Dependable Software Systems, an Advanced Study Institute of the NATO Science for Peace and Security Programme. The lectures give an overview of the state of the art in the construction and analysis of safe and secure systems. Starting from the logical and semantic foundations that enable reasoning about classical software systems, they extend to the development and verification of cyber-physical systems, which combine computational and physical components and have become pervasive in aerospace, automotive, industry automation, and consumer appliances. Safety and security have traditionally been considered separate topics, but several lectures in this summer school emphasize their commonalities and present analysis and construction techniques that apply to both. The book will be of interest to all those working in the field of software systems, and cyber-physical systems in particular.
Доп.точки доступа:
Pretschner, Alexander, \editor.\
Müller, Peter, \editor.\
Stöckle, Patrick, \editor.\
4.
Подробнее
C 77
Cooling, J. E.,
The complete edition : : Software engineering for real-time systems : a software engineering perspective toward designing real-time systems / / Jim Cooling. - Birmingham, UK : : Packt Publishing,, 2019. - 1 online resource (1 volume) : : il. - Includes bibliographical references. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/9F71B1FE-A175-4AAC-802C-54F51CFECE53. - ISBN 9781839213526. - ISBN 1839213523
Description based on online resource; title from title page (Safari, viewed June 9, 2020).
Параллельные издания: Print version: : Cooling, Jim. Complete Edition - Software Engineering for Real-Time Systems : A Software Engineering Perspective Toward Designing Real-Time Systems. - Birmingham : Packt Publishing, Limited, ©2019. - ISBN 9781839216589
~РУБ DDC 004.33
Рубрики: Software engineering.
Real-time data processing.
Real-time data processing.
Аннотация: With this book, you will learn the fundamentals of developing a real-time system. The book relies heavily on diagrams to make the learning process easier and more interesting for you.
C 77
Cooling, J. E.,
The complete edition : : Software engineering for real-time systems : a software engineering perspective toward designing real-time systems / / Jim Cooling. - Birmingham, UK : : Packt Publishing,, 2019. - 1 online resource (1 volume) : : il. - Includes bibliographical references. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/9F71B1FE-A175-4AAC-802C-54F51CFECE53. - ISBN 9781839213526. - ISBN 1839213523
Description based on online resource; title from title page (Safari, viewed June 9, 2020).
Параллельные издания: Print version: : Cooling, Jim. Complete Edition - Software Engineering for Real-Time Systems : A Software Engineering Perspective Toward Designing Real-Time Systems. - Birmingham : Packt Publishing, Limited, ©2019. - ISBN 9781839216589
Рубрики: Software engineering.
Real-time data processing.
Real-time data processing.
Аннотация: With this book, you will learn the fundamentals of developing a real-time system. The book relies heavily on diagrams to make the learning process easier and more interesting for you.
5.
Подробнее
C 73
Computer systems and software engineering (Hershey, Pa.).
Computer systems and software engineering : : concepts, methodologies, tools, and applications / / Information Resources Management Association, editor. - 4018/978-1-5225-3923-0. - Hershey, Pennsylvania (701 E. Chocolate Avenue, Hershey, Pennsylvania, 17033, USA) : : IGI Global,, [2018]. - 1 online resource (99 PDFs (4 volumes)) ( час. мин.), 4018/978-1-5225-3923-0. - Includes bibliographical references and index. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/268D13C8-AB5A-4EAC-B4B6-65E01AEA9854. - ISBN 9781522539247 (electronic bk.). - ISBN 1522539247 (electronic bk.)
Towards a new approach for controlling the reorganization process of multi-agent systems. Description based on title screen (IGI Global, viewed 11/14/2017).
Параллельные издания: Print version: :
Содержание:
Section 1. Fundamental concepts and theories. Chapter 1. A brief overview of software process models: benefits, limitations, and application in practice ; Chapter 2. Learning software industry practices with open source and free software tools ; Chapter 3. Introduction to network security ; Chapter 4. The human role in model synthesis ; Chapter 5. The role of compliance and conformance in software engineering ; Chapter 6. Some key topics to be considered in software process improvement -- Section 2. Development and design methodologies. Chapter 7. Important issues in software fault prediction: a road map ; Chapter 8. ECSE: a pseudo-SDLC game for software engineering class ; Chapter 9. Incorporating free/open-source data and tools in software engineering education ; Chapter 10. Applying online learning in software engineering education ; Chapter 11. Practicing soft skills in software engineering: a project-based didactical approach ; Chapter 12. An integrated secure software engineering approach for functional, collaborative, and information concerns ; Chapter 13. Knowware-based software engineering: an overview of its origin, essence, core techniques, and future development ; Chapter 14. Building defect prediction models in practice ; Chapter 15. Providing automated holistic process and knowledge assistance during software modernization ; Chapter 16. Supporting model-driven development: key concepts and support approaches ; Chapter 17. A framework of statistical and visualization techniques for missing data analysis in software cost estimation ; Chapter 18. A methodology for model-based reliability estimation ; Chapter 19. Understanding the role of knowledge management in software development: a case study in very small companies ; Chapter 20. A semantic-enabled framework for e-government systems development ; Chapter 21. Towards knowledge management to support decision making for software process development ; Chapter 22. Dynamically reconfigurable architectures: an evaluation of approaches for preventing architectural violations ; Chapter 23. Model-based testing of highly configurable embedded systems ; Chapter 24. A two-layer approach to developing self-adaptive multi-agent systems in open environment ; Chapter 25. A proposed pragmatic software development process model ; Chapter 26. Quality-driven database system development within MDA approach ; Chapter 27. A multi-agent-based approach for critical components identification and testing ; Chapter 28. Viewpoint-based modeling: a stakeholder-centered approach for model-driven engineering ; Chapter 29. Attaining semantic enterprise interoperability through ontology architectural patterns ; Chapter 30. Developing secure software using UML patterns ; Chapter 31. A structured method for security requirements elicitation concerning the cloud computing domain ; Chapter 32. Optimized and distributed variant logic for model-driven applications -- Section 3. Tools and technologies. Chapter 33. Natural language processing: an inevitable step in requirements engineering ; Chapter 34. Teaching software engineering through a collaborative game ; Chapter 35. Wiki for agility ; Chapter 36. Object-oriented cognitive complexity measures: an analysis ; Chapter 37. A semantic approach for multi-agent system design ; Chapter 38. Designing an evaluation tool to measure emotional goals ; Chapter 39. Consistency checking of specification in UML ; Chapter 40. Excess entropy in computer systems ; Chapter 41. Model-driven reverse engineering of open source systems ; Chapter 42. Parameterized transformation schema for a non-functional properties model in the context of MDE ; Chapter 43. Software development tools to automate CAD/CAM systems ; Chapter 44. Code clone detection and analysis in open source applications ; Chapter 45. A method to design a software process architecture in a multimodel environment: an overview ; Chapter 46. A mixed-criticality integration in cyber-physical systems: a heterogeneous time-triggered architecture on a hybrid SoC platform -- Section 4. Utilization and applications. Chapter 47. Towards an understanding of collaborations in agile course projects ; Chapter 48. Underpinning EISB with enterprise interoperability neighboring scientific domains ; Chapter 49. Lessons from practices and standards in safety-critical and regulated sectors ; Chapter 50. Experiences in software engineering education: using Scrum, Agile Coaching, and Virtual Reality ; Chapter 51. Digital home: a case study approach to teaching software engineering concepts ; Chapter 52. An innovative approach to the development of an international software process lifecycle standard for very small entities ; Chapter 53. From textual analysis to requirements elicitation ; Chapter 54. Learning software engineering with global teams ; Chapter 55. Controlled experiments as means to teach soft skills in software engineering ; Chapter 56. Open innovation: assessing the socio-economic factors of global software development ; Chapter 57. Requirements refinement and component reuse: the FoReVer contract-based approach ; Chapter 58. Agile development processes and knowledge documentation ; Chapter 59. Feral systems as institutional phenomena: a framework for analyzing persistent computer workarounds ; Chapter 60. Reverse engineering of object-oriented code: an ADM approach ; Chapter 61. An integrated infrastructure using process mining techniques for software process verification ; Chapter 62. Validating autonomic services: challenges and approaches ; Chapter 63. An empirical study of the effect of design patterns on class structural quality ; Chapter 64. Managing tacit knowledge to improve software processes ; Chapter 65. Software engineering and new emerging technologies: the involvement of users for development applications for tablets ; Chapter 66. On software architecture processes and their use in practice ; Chapter 67. Modeling trust relationships for developing trustworthy information systems ; Chapter 68. The impact of software testing governance choices ; Chapter 69. Organization and information support of expert reviews of I&C systems modernization at NPP of Ukraine ; Chapter 70. Open source software adaptation in Africa: is a matter of inferior or cheap is not quality? -- Section 5. Organizational and social implications. Chapter 71. The influence of personality traits on software engineering and its applications ; Chapter 72. Bridging the academia-industry gap in software engineering: a client-oriented open source software projects course ; Chapter 73. Developing communities of practice to prepare software engineers with effective team skills ; Chapter 74. Teaching software architecture in industrial and academic contexts: similarities and differences ; Chapter 75. Engaging software engineering students with employability skills ; Chapter 76. Peer feedback in software engineering courses ; Chapter 77. Threats classification: state of the art ; Chapter 78. Preventing the increasing resistance to change through a multi-model environment as a reference model in software process improvement ; Chapter 79. Addressing privacy in traditional and cloud-based systems ; Chapter 80. Project-based learning: an environment to prepare IT students for an industry career -- Section 6. Critical issues and challenges. Chapter 81. Critical issues in requirements engineering education ; Chapter 82. Is modeling a treatment for the weakness of software engineering? ; Chapter 83. Technique for risk identification of software acquisition and information technologies ; Chapter 84. T-way testing strategies: issues, challenges, and practices ; Chapter 85. Threat analysis in goal-oriented security requirements modelling ; Chapter 86. Prediction of change-prone classes using machine learning and statistical techniques ; Chapter 87. Software evolution visualization: status, challenges, and research directions ; Chapter 88.
~РУБ DDC 004
Рубрики: Computer systems.
Software engineering.
COMPUTERS / Computer Literacy
COMPUTERS / Computer Science
COMPUTERS / Data Processing
COMPUTERS / Hardware / General
COMPUTERS / Information Technology
COMPUTERS / Machine Theory
COMPUTERS / Reference
Аннотация: "This book is a comprehensive reference source for the latest scholarly material on trends, techniques, and uses of various technology applications and examines the benefits and challenges of these computational developments. Highlighting a range of pertinent topics such as utility computing, computer security, and information systems applications"--
Доп.точки доступа:
IGI Global,
Information Resources Management Association,
C 73
Computer systems and software engineering (Hershey, Pa.).
Computer systems and software engineering : : concepts, methodologies, tools, and applications / / Information Resources Management Association, editor. - 4018/978-1-5225-3923-0. - Hershey, Pennsylvania (701 E. Chocolate Avenue, Hershey, Pennsylvania, 17033, USA) : : IGI Global,, [2018]. - 1 online resource (99 PDFs (4 volumes)) ( час. мин.), 4018/978-1-5225-3923-0. - Includes bibliographical references and index. - URL: https://library.dvfu.ru/lib/document/SK_ELIB/268D13C8-AB5A-4EAC-B4B6-65E01AEA9854. - ISBN 9781522539247 (electronic bk.). - ISBN 1522539247 (electronic bk.)
Towards a new approach for controlling the reorganization process of multi-agent systems. Description based on title screen (IGI Global, viewed 11/14/2017).
Параллельные издания: Print version: :
Содержание:
Section 1. Fundamental concepts and theories. Chapter 1. A brief overview of software process models: benefits, limitations, and application in practice ; Chapter 2. Learning software industry practices with open source and free software tools ; Chapter 3. Introduction to network security ; Chapter 4. The human role in model synthesis ; Chapter 5. The role of compliance and conformance in software engineering ; Chapter 6. Some key topics to be considered in software process improvement -- Section 2. Development and design methodologies. Chapter 7. Important issues in software fault prediction: a road map ; Chapter 8. ECSE: a pseudo-SDLC game for software engineering class ; Chapter 9. Incorporating free/open-source data and tools in software engineering education ; Chapter 10. Applying online learning in software engineering education ; Chapter 11. Practicing soft skills in software engineering: a project-based didactical approach ; Chapter 12. An integrated secure software engineering approach for functional, collaborative, and information concerns ; Chapter 13. Knowware-based software engineering: an overview of its origin, essence, core techniques, and future development ; Chapter 14. Building defect prediction models in practice ; Chapter 15. Providing automated holistic process and knowledge assistance during software modernization ; Chapter 16. Supporting model-driven development: key concepts and support approaches ; Chapter 17. A framework of statistical and visualization techniques for missing data analysis in software cost estimation ; Chapter 18. A methodology for model-based reliability estimation ; Chapter 19. Understanding the role of knowledge management in software development: a case study in very small companies ; Chapter 20. A semantic-enabled framework for e-government systems development ; Chapter 21. Towards knowledge management to support decision making for software process development ; Chapter 22. Dynamically reconfigurable architectures: an evaluation of approaches for preventing architectural violations ; Chapter 23. Model-based testing of highly configurable embedded systems ; Chapter 24. A two-layer approach to developing self-adaptive multi-agent systems in open environment ; Chapter 25. A proposed pragmatic software development process model ; Chapter 26. Quality-driven database system development within MDA approach ; Chapter 27. A multi-agent-based approach for critical components identification and testing ; Chapter 28. Viewpoint-based modeling: a stakeholder-centered approach for model-driven engineering ; Chapter 29. Attaining semantic enterprise interoperability through ontology architectural patterns ; Chapter 30. Developing secure software using UML patterns ; Chapter 31. A structured method for security requirements elicitation concerning the cloud computing domain ; Chapter 32. Optimized and distributed variant logic for model-driven applications -- Section 3. Tools and technologies. Chapter 33. Natural language processing: an inevitable step in requirements engineering ; Chapter 34. Teaching software engineering through a collaborative game ; Chapter 35. Wiki for agility ; Chapter 36. Object-oriented cognitive complexity measures: an analysis ; Chapter 37. A semantic approach for multi-agent system design ; Chapter 38. Designing an evaluation tool to measure emotional goals ; Chapter 39. Consistency checking of specification in UML ; Chapter 40. Excess entropy in computer systems ; Chapter 41. Model-driven reverse engineering of open source systems ; Chapter 42. Parameterized transformation schema for a non-functional properties model in the context of MDE ; Chapter 43. Software development tools to automate CAD/CAM systems ; Chapter 44. Code clone detection and analysis in open source applications ; Chapter 45. A method to design a software process architecture in a multimodel environment: an overview ; Chapter 46. A mixed-criticality integration in cyber-physical systems: a heterogeneous time-triggered architecture on a hybrid SoC platform -- Section 4. Utilization and applications. Chapter 47. Towards an understanding of collaborations in agile course projects ; Chapter 48. Underpinning EISB with enterprise interoperability neighboring scientific domains ; Chapter 49. Lessons from practices and standards in safety-critical and regulated sectors ; Chapter 50. Experiences in software engineering education: using Scrum, Agile Coaching, and Virtual Reality ; Chapter 51. Digital home: a case study approach to teaching software engineering concepts ; Chapter 52. An innovative approach to the development of an international software process lifecycle standard for very small entities ; Chapter 53. From textual analysis to requirements elicitation ; Chapter 54. Learning software engineering with global teams ; Chapter 55. Controlled experiments as means to teach soft skills in software engineering ; Chapter 56. Open innovation: assessing the socio-economic factors of global software development ; Chapter 57. Requirements refinement and component reuse: the FoReVer contract-based approach ; Chapter 58. Agile development processes and knowledge documentation ; Chapter 59. Feral systems as institutional phenomena: a framework for analyzing persistent computer workarounds ; Chapter 60. Reverse engineering of object-oriented code: an ADM approach ; Chapter 61. An integrated infrastructure using process mining techniques for software process verification ; Chapter 62. Validating autonomic services: challenges and approaches ; Chapter 63. An empirical study of the effect of design patterns on class structural quality ; Chapter 64. Managing tacit knowledge to improve software processes ; Chapter 65. Software engineering and new emerging technologies: the involvement of users for development applications for tablets ; Chapter 66. On software architecture processes and their use in practice ; Chapter 67. Modeling trust relationships for developing trustworthy information systems ; Chapter 68. The impact of software testing governance choices ; Chapter 69. Organization and information support of expert reviews of I&C systems modernization at NPP of Ukraine ; Chapter 70. Open source software adaptation in Africa: is a matter of inferior or cheap is not quality? -- Section 5. Organizational and social implications. Chapter 71. The influence of personality traits on software engineering and its applications ; Chapter 72. Bridging the academia-industry gap in software engineering: a client-oriented open source software projects course ; Chapter 73. Developing communities of practice to prepare software engineers with effective team skills ; Chapter 74. Teaching software architecture in industrial and academic contexts: similarities and differences ; Chapter 75. Engaging software engineering students with employability skills ; Chapter 76. Peer feedback in software engineering courses ; Chapter 77. Threats classification: state of the art ; Chapter 78. Preventing the increasing resistance to change through a multi-model environment as a reference model in software process improvement ; Chapter 79. Addressing privacy in traditional and cloud-based systems ; Chapter 80. Project-based learning: an environment to prepare IT students for an industry career -- Section 6. Critical issues and challenges. Chapter 81. Critical issues in requirements engineering education ; Chapter 82. Is modeling a treatment for the weakness of software engineering? ; Chapter 83. Technique for risk identification of software acquisition and information technologies ; Chapter 84. T-way testing strategies: issues, challenges, and practices ; Chapter 85. Threat analysis in goal-oriented security requirements modelling ; Chapter 86. Prediction of change-prone classes using machine learning and statistical techniques ; Chapter 87. Software evolution visualization: status, challenges, and research directions ; Chapter 88.
Рубрики: Computer systems.
Software engineering.
COMPUTERS / Computer Literacy
COMPUTERS / Computer Science
COMPUTERS / Data Processing
COMPUTERS / Hardware / General
COMPUTERS / Information Technology
COMPUTERS / Machine Theory
COMPUTERS / Reference
Аннотация: "This book is a comprehensive reference source for the latest scholarly material on trends, techniques, and uses of various technology applications and examines the benefits and challenges of these computational developments. Highlighting a range of pertinent topics such as utility computing, computer security, and information systems applications"--
Доп.точки доступа:
IGI Global,
Information Resources Management Association,
Page 1, Results: 5