Software Engineering Body of Knowledge (v3) (2014) (811503), страница 2
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Reference Material6-16-26-26-36-36-56-56-66-66-86-86-86-96-106-106-106-106-106-116-116-116-116-116-126-126-13Chapter 7: Software Engineering Management1. Initiation and Scope Definition 1.1. Determination and Negotiation of Requirements1.2. Feasibility Analysis1.3. Process for the Review and Revision of Requirements2. Software Project Planning2.1. Process Planning 2.2. Determine Deliverables2.3. Effort, Schedule, and Cost Estimation2.4. Resource Allocation2.5. Risk Management2.6. Quality Management2.7. Plan Management3. Software Project Enactment3.1. Implementation of Plans3.2. Software Acquisition and Supplier Contract Management3.3. Implementation of Measurement Process3.4. Monitor Process3.5. Control Process3.6. Reporting7-17-47-47-47-57-57-57-57-67-67-67-67-77-77-77-77-77-77-87-8x SWEBOK® Guide V3.04. Review and Evaluation4.1. Determining Satisfaction of Requirements4.2. Reviewing and Evaluating Performance5. Closure5.1. Determining Closure5.2. Closure Activities6. Software Engineering Measurement 6.1. Establish and Sustain Measurement Commitment6.2. Plan the Measurement Process 6.3. Perform the Measurement Process6.4. Evaluate Measurement7. Software Engineering Management ToolsMatrix of Topics vs.
Reference Material7-87-87-97-97-97-97-97-97-107-117-117-117-13Chapter 8: Software Engineering Process1. Software Process Definition1.1. Software Process Management 1.2. Software Process Infrastructure2. Software Life Cycles2.1. Categories of Software Processes2.2. Software Life Cycle Models 2.3. Software Process Adaptation2.4. Practical Considerations3. Software Process Assessment and Improvement3.1. Software Process Assessment Models3.2. Software Process Assessment Methods3.3. Software Process Improvement Models 3.4. Continuous and Staged Software Process Ratings4. Software Measurement4.1. Software Process and Product Measurement 4.2. Quality of Measurement Results4.3. Software Information Models4.4. Software Process Measurement Techniques5. Software Engineering Process ToolsMatrix of Topics vs.
Reference Material8-18-28-38-48-48-58-58-68-68-68-78-78-78-88-88-98-108-108-118-128-13Chapter 9: Software Engineering Models and Methods1. Modeling1.1. Modeling Principles 1.2. Properties and Expression of Models1.3. Syntax, Semantics, and Pragmatics1.4. Preconditions, Postconditions, and Invariants2. Types of Models2.1. Information Modeling2.2. Behavioral Modeling2.3. Structure Modeling3. Analysis of Models3.1. Analyzing for Completeness3.2. Analyzing for Consistency9-19-19-29-39-39-49-49-59-59-59-59-59-6Table of Contents xi3.3. Analyzing for Correctness3.4. Traceability3.5. Interaction Analysis4. Software Engineering Methods4.1. Heuristic Methods4.2. Formal Methods4.3. Prototyping Methods4.4. Agile Methods Matrix of Topics vs. Reference Material9-69-69-69-79-79-79-89-99-10Chapter 10: Software Quality1. Software Quality Fundamentals1.1. Software Engineering Culture and Ethics1.2. Value and Costs of Quality1.3. Models and Quality Characteristics1.4. Software Quality Improvement1.5. Software Safety 2. Software Quality Management Processes2.1. Software Quality Assurance2.2. Verification & Validation2.3. Reviews and Audits3. Practical Considerations3.1. Software Quality Requirements3.2. Defect Characterization3.3. Software Quality Management Techniques3.4. Software Quality Measurement4. Software Quality ToolsMatrix of Topics vs.
Reference Material10-110-210-210-310-310-410-410-510-510-610-610-910-910-1010-1110-1210-1210-14Chapter 11: Software Engineering Professional Practice1. Professionalism1.1. Accreditation, Certification, and Licensing1.2. Codes of Ethics and Professional Conduct 1.3. Nature and Role of Professional Societies1.4. Nature and Role of Software Engineering Standards 1.5. Economic Impact of Software1.6. Employment Contracts1.7. Legal Issues 1.8. Documentation 1.9. Tradeoff Analysis 2. Group Dynamics and Psychology2.1. Dynamics of Working in Teams/Groups 2.2. Individual Cognition2.3. Dealing with Problem Complexity 2.4. Interacting with Stakeholders2.5. Dealing with Uncertainty and Ambiguity 2.6. Dealing with Multicultural Environments 3. Communication Skills 3.1. Reading, Understanding, and Summarizing 11-111-211-311-411-411-411-511-511-511-711-811-911-911-911-1011-1011-1011-1011-1111-11xii SWEBOK® Guide V3.03.2. Writing 3.3. Team and Group Communication 3.4. Presentation Skills Matrix of Topics vs.
Reference MaterialChapter 12: Software Engineering Economics1. Software Engineering Economics Fundamentals1.1. Finance1.2. Accounting1.3. Controlling1.4. Cash Flow1.5. Decision-Making Process1.6. Valuation1.7. Inflation1.8. Depreciation1.9. Taxation1.10. Time-Value of Money1.11. Efficiency1.12. Effectiveness1.13. Productivity2. Life Cycle Economics2.1. Product2.2. Project2.3. Program2.4. Portfolio2.5. Product Life Cycle2.6. Project Life Cycle2.7. Proposals2.8. Investment Decisions2.9. Planning Horizon2.10. Price and Pricing2.11. Cost and Costing2.12. Performance Measurement2.13. Earned Value Management2.14. Termination Decisions2.15. Replacement and Retirement Decisions 3. Risk and Uncertainty3.1. Goals, Estimates, and Plans3.2. Estimation Techniques3.3. Addressing Uncertainty3.4. Prioritization3.5. Decisions under Risk3.6. Decisions under Uncertainty4. Economic Analysis Methods4.1. For-Profit Decision Analysis4.2. Minimum Acceptable Rate of Return4.3. Return on Investment4.4. Return on Capital Employed4.5. Cost-Benefit Analysis11-1111-1111-1211-1312-112-312-312-312-312-312-412-512-612-612-612-612-612-612-612-712-712-712-712-712-712-712-812-812-812-812-912-912-912-912-1012-1012-1012-1112-1112-1112-1112-1212-1212-1212-1312-1312-1312-13Table of Contents xiii4.6. Cost-Effectiveness Analysis4.7. Break-Even Analysis4.8. Business Case4.9. Multiple Attribute Evaluation4.10. Optimization Analysis5. Practical Considerations5.1. The “Good Enough” Principle5.2. Friction-Free Economy5.3. Ecosystems5.4. Offshoring and OutsourcingMatrix of Topics vs.
Reference MaterialChapter 13: Computing Foundations1. Problem Solving Techniques1.1. Definition of Problem Solving1.2. Formulating the Real Problem1.3. Analyze the Problem1.4. Design a Solution Search Strategy1.5. Problem Solving Using Programs2. Abstraction2.1. Levels of Abstraction2.2. Encapsulation2.3. Hierarchy2.4. Alternate Abstractions3. Programming Fundamentals3.1. The Programming Process3.2. Programming Paradigms4. Programming Language Basics4.1. Programming Language Overview4.2. Syntax and Semantics of Programming Languages4.3. Low-Level Programming Languages4.4. High-Level Programming Languages4.5. Declarative vs.
Imperative Programming Languages5. Debugging Tools and Techniques5.1. Types of Errors5.2. Debugging Techniques5.3. Debugging Tools6. Data Structure and Representation6.1. Data Structure Overview6.2. Types of Data Structure6.3. Operations on Data Structures7. Algorithms and Complexity7.1. Overview of Algorithms7.2. Attributes of Algorithms7.3. Algorithmic Analysis7.4. Algorithmic Design Strategies7.5. Algorithmic Analysis Strategies8. Basic Concept of a System8.1. Emergent System Properties12-1312-1312-1312-1412-1412-1412-1412-1512-1512-1512-1613-113-313-313-313-313-313-313-413-413-413-413-513-513-513-513-613-613-613-713-713-713-813-813-813-813-913-913-913-913-1013-1013-1013-1013-1113-1113-1113-11xiv SWEBOK® Guide V3.08.2. Systems Engineering8.3. Overview of a Computer System9. Computer Organization9.1. Computer Organization Overview9.2. Digital Systems9.3. Digital Logic9.4. Computer Expression of Data9.5. The Central Processing Unit (CPU)9.6. Memory System Organization9.7. Input and Output (I/O)10. Compiler Basics10.1. Compiler/Interpreter Overview10.2. Interpretation and Compilation10.3. The Compilation Process11. Operating Systems Basics11.1. Operating Systems Overview11.2. Tasks of an Operating System11.3. Operating System Abstractions11.4. Operating Systems Classification12. Database Basics and Data Management12.1. Entity and Schema12.2. Database Management Systems (DBMS)12.3. Database Query Language12.4. Tasks of DBMS Packages12.5. Data Management12.6. Data Mining13. Network Communication Basics13.1. Types of Network13.2. Basic Network Components13.3. Networking Protocols and Standards13.4. The Internet 13.5. Internet of Things13.6. Virtual Private Network (VPN) 14. Parallel and Distributed Computing14.1. Parallel and Distributed Computing Overview14.2. Difference between Parallel and Distributed Computing14.3. Parallel and Distributed Computing Models14.4. Main Issues in Distributed Computing15. Basic User Human Factors15.1. Input and Output15.2. Error Messages15.3. Software Robustness16. Basic Developer Human Factors16.1. Structure 16.2. Comments17. Secure Software Development and Maintenance17.1. Software Requirements Security17.2. Software Design Security17.3. Software Construction Security17.4. Software Testing Security13-1213-1213-1313-1313-1313-1313-1313-1413-1413-1413-1513-1513-1513-1513-1613-1613-1613-1713-1713-1713-1813-1813-1813-1813-1913-1913-1913-1913-1913-2013-2013-2013-2113-2113-2113-2113-2113-2213-2213-2213-2313-2313-2313-2413-2413-2413-2413-2513-2513-25Table of Contents xv17.5. Build Security into Software Engineering Process17.6. Software Security GuidelinesMatrix of Topics vs.
Reference Material13-2513-2513-27Chapter 14: Mathematical Foundations1. Set, Relations, Functions1.1. Set Operations1.2. Properties of Set1.3. Relation and Function2. Basic Logic2.1. Propositional Logic2.2. Predicate Logic 3. Proof Techniques3.1. Methods of Proving Theorems4. Basics of Counting5. Graphs and Trees5.1. Graphs 5.2. Trees 6. Discrete Probability7. Finite State Machines8. Grammars8.1. Language Recognition 9. Numerical Precision, Accuracy, and Errors10. Number Theory10.1. Divisibility 10.2. Prime Number, GCD 11. Algebraic Structures11.1. Group11.2. Rings Matrix of Topics vs. Reference Material14-114-114-214-314-414-514-514-514-614-614-714-814-814-1014-1314-1414-1514-1614-1714-1814-1814-1914-1914-1914-2014-21Chapter 15: Engineering Foundations1. Empirical Methods and Experimental Techniques 1.1. Designed Experiment1.2. Observational Study1.3. Retrospective Study2. Statistical Analysis 2.1. Unit of Analysis (Sampling Units), Population, and Sample2.2. Concepts of Correlation and Regression 3. Measurement 3.1. Levels (Scales) of Measurement 3.2. Direct and Derived Measures 3.3. Reliability and Validity3.4. Assessing Reliability 4. Engineering Design 4.1. Engineering Design in Engineering Education4.2. Design as a Problem Solving Activity 4.3. Steps Involved in Engineering Design5. Modeling, Simulation, and Prototyping 5.1. Modeling15-115-115-115-215-215-215-215-515-515-615-715-815-815-815-815-915-915-1015-10xvi SWEBOK® Guide V3.05.2. Simulation 5.3. Prototyping6. Standards 7. Root Cause Analysis 7.1. Techniques for Conducting Root Cause AnalysisMatrix of Topics vs.
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