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by Arif Ali Khan, Dac-Nhuong Le
Evolving Software Processes
Cover
Title Page
Copyright
List of Figures
List of Tables
Foreword
Preface
Acknowledgments
Acronyms
1 ReMo: A Recommendation Development Model for Software Process Improvement Based on Correlation Analysis
2 A Framework for a Sustainable Software Security Program
3 Linking Software Processes to IT Professionalism Frameworks
4 Monitoring and Controlling Software Project Scope Using Agile EVM
5 Modeling Multi-Release Open Source Software Reliability Growth Process with Generalized Modified Weibull Distribution
6 Developing a Reference Model for Open Data Capability Maturity Assessment
7 AHP-Based Prioritization Framework for Software Outsourcing Human Resource Success Factors in Global Software Development
8 A Process Framework for the Classification of Security Bug Reports
9 A Systematic Literature Review of Challenges Factors for Implementing DevOps Practices in Software Development Organizations: A Development and Operation Teams Perspective
10 DevOps’ Culture Challenges Model (DC2M): A Systematic Literature Review Protocol
11 Critical Challenges of Designing Software Architecture for Internet of Things (IoT) Software System
12 Challenges to Project Management in Distributed Software Development: A Systematic Literature Review
13 Cyber Security Challenges Model: SLR-Based Protocol and Initial Findings
14 A Process Assessment Model for Human Resource Skill Development Enabling Digital Transformation
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Evolving Software Processes
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List of Tables
List of Figures
1.1 Process of improvement process.
1.2 Summary of recommendation review results.
1.3 ReMo.
1.4 Correlation analysis.
1.5 Correlated tasks via work products.
1.6 Identifying finding correlations.
1.7 Finding correlations.
1.8 Identifying improvement packages.
1.9 Improvement package description.
1.10 Refining improvement packages.
1.11 Findings-to-organization matrix.
1.12 Findings from organizational view.
1.13 Finding-to-life cycle matrix.
1.14 Findings from software life cycle view.
1.15 Capability-based process model guidance.
1.16 Finding from assessment model view.
1.17 Finding-to-business value matrix.
1.18 Findings from business value view.
1.19 Building recommendations.
1.20 Abstract recommendation.
1.21 Identifying recommendation seeds.
1.22 Concrete recommendation.
1.23 Evolution of ReMo.
1.24 Concreteness comparison − Process element coverage.
1.25 Concreteness comparison per project.
1.26 Concreteness comparison of recommendation examples.
1.27 Comprehensiveness comparison − Process area coverage.
1.28 Comprehensiveness comparison − Recommendation example.
2.1 The ambidextrous security program.
2.2 Percentage of people in each adopter category.
3.1 Non-cognitive skills framework represented as clusters.
4.1 Research methodology.
4.2 Evaluation results.
4.3 Projections of percentiles for score and cost (F. Acebes [62]).
4.4 AON network diagram.
4.5 Sample burn-up chart showing schedule variance.
4.6 Burn-down chart reflecting scope change and schedule variance.
4.7 Projection of
i
th
iteration into different percentiles.
4.8 Burn-up chart incorporating cost.
4.9 Projection into score and cost.
4.10 Projection into score and cost.
4.11 Multiple releases.
4.12 Features at single release.
4.13 Projection into score and cost.
5.1 Workflow diagram.
5.2 (a-i) Fitted shapes and residuals of GO, G-GO, and GMWD models on Beam 2.0.0, 2.1.0, and 2.2.0 failure datasets.
6.1 The capability dimension of the OD-CMM (adapted from [49]).
7.1 Division of complex problem into a hierarchical structure.
7.2 Schematic diagram of proposed research design of the analytic hierarchy process (AHP) consistency ratio.
7.3 Hierarchical structure of the present study for the analytic hierarchy process (AHP) method.
8.1 Proposed system model.
8.2 Performance evaluation of datasets using precision, recall and F-measure.
8.3 Change in recall.
9.1 Reporting the review process.
11.1 Layered architecture.
11.2 Graphical representation of microservices architecture pattern.
11.3 Event-driven architecture pattern.
11.4 Graphical representation of blackboard software architecture.
11.5 Graphical representation of the identified challenges.
13.1 Searching and selection process of research articles.
14.1 The measurement framework (adapted from ISO/IEC 330xx).
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