Software engineering : a practitioner's approach

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Software engineering : a practitioner's approach / Roger S. Pressman

版:: 4th ed., International ed.
資料種別:: 図書
出版情報:: New York : McGraw-Hill, 1997
形態:: xxvii, 852 p. ; 24 cm
シリーズ名:: McGraw-Hill international editions ; . Software engineering series <BA03817735>
McGraw-Hill computer science series ; . Software engineering and database <BA00039928>
著者名:: Pressman, Roger S. <DA00675131>
ISBN:: 9780071146036 [0071146032]
書誌ID:: BA3097639X

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他の版・巻

Software engineering : a practitioner's approach. 7th ed., International ed
Roger S. Pressman , McGraw-Hill Higher Education , 2010

Software engineering : a practitioner's approach. 3rd ed., International ed.
Roger S. Pressman , McGraw-Hill , 1992

Software engineering : a practitioner's approach. 2nd ed.
Roger S. Pressman , McGraw-Hill , c1987

書誌詳細

注記:

Includes bibliographies and index

主題:

Electronic digital computers--Programming

言語:

英語

目次情報:

The Product and the Process / Part 1：

The Product / Chapter 1：

The Evolving Role of Software / 1.1：

Software / 1.2：

Software: A Crisis on the Horizon / 1.3：

Software Myths / 1.4：

Summary / 1.5：

References

Problems and Points To Ponder

Further Readings and Information Sheets

The Process / Chapter 2：

Software Engineering - A Layered Technology / 2.1：

The Software Process / 2.2：

Software Process Models / 2.3：

The Linear Sequential Model / 2.4：

The Prototyping Model / 2.5：

The RAD Model / 2.6：

Evolutionary Software Process Models / 2.7：

Component-Based Development / 2.8：

The Formal Methods Model / 2.9：

Fourth Generation techniques / 2.10：

Process Technology / 2.11：

Product and Process / 2.12：

Further Readings and Information Resources / 2.13：

Managing Software Projects / Part 2：

Project Management Concepts / Chapter 3：

The Management Spectrum / 3.1：

People / 3.2：

The Project / 3.3：

The W5HH Principle / 3.6：

Critical Practices / 3.7：

Further Readings and Information Sources / 3.8：

Software Process and Project Metrics / Chapter 4：

Measures, Metrics and Indicators / 4.1：

Metrics in the Process and Project Domains / 4.2：

Software Measurement / 4.3：

Reconciling Different Metric Approaches / 4.4：

Metrics for Software Quality / 4.5：

Integrating Metrics Within the Software Engineering Process / 4.6：

The Development of Metrics and GQM / 4.7：

Managing Variation - Statistical Process Control / 4.8：

Metrics for Small Organisations / 4.9：

Establishing a Software Metrics Program / 4.10：

Further Reading and Information Sources / 4.11：

Software Project Planning / Chapter 5：

Observations on Estimating / 5.1：

Project Planning Objectives / 5.2：

Software Scope / 5.3：

Resources / 5.4：

Software Project Estimation / 5.5：

Decomposition Techniques / 5.6：

Empirical Estimation Models / 5.7：

The Make-Buy Decision / 5.8：

Automated Estimation Tools / 5.9：

Risk Analysis and Management / 5.10：

Reactive vs. Proactive Risk Strategies / 6.1：

Software Risks / 6.2：

Risk Identification / 6.3：

Risk Projection / 6.4：

Risk Refinement / 6.5：

Risk Mitigation, Monitoring and Management / 6.6：

Safety Risks and Hazards / 6.7：

The RMMM Plan / 6.8：

Problems and Points to Ponder / 6.9：

Project Scheduling and Tracking / Chapter 7：

Basic Concepts / 7.1：

The Relationship Between People and Effort / 7.2：

Defining a Set Task for the Software Project / 7.3：

Selecting Software Engineering Tasks / 7.4：

Refinement of Major Tasks / 7.5：

Defining a Task Network / 7.6：

Scheduling / 7.7：

Earned Value Analysis / 7.8：

Error Tracking / 7.9：

The Project plan / 7.10：

Software Quality Assurance / 7.11：

Quality Concepts / 8.1：

The Quality Movement / 8.2：

Software Reviews / 8.3：

Formal Technical Reviews / 8.5：

Statistical Quality Assurance / 8.6：

Software Reliability / 8.7：

Mistake Proofing for Software / 8.8：

The ISO 9000 Quality standards / 8.9：

The SQA Plan / 8.10：

Software Configuration Management / 8.11：

The SCM Process / 9.1：

Identification of Objects in the Software Configuration / 9.3：

Version Control / 9.4：

Change Control / 9.5：

Configuration Audit / 9.6：

Status Reporting / 9.7：

Conventional Methods for Software Engineering / 9.8：

Systems Engineering / Chapter 10：

Computer-Based Systems / 10.1：

The System Engineering Hierarchy / 10.2：

Business process Engineering: An Overview / 10.3：

Product Engineering: An Overview / 10.4：

Requirements Engineering / 10.5：

System Modelling / 10.6：

Analysis Concepts and Principles / 10.7：

Requirements Analysis / 11.1：

Requirement s Elicitation for software / 11.2：

Analysis Principles / 11.3：

Software Prototyping / 11.4：

Specification / 11.5：

Specification review / 11.6：

Analysis Modelling / 11.7：

a Brief History / 12.1：

The Elements of the Analysis Model / 12.2：

Data Modelling / 12.3：

Functional modelling and Information Flow / 12.4：

Behavioural Modelling / 12.5：

The Mechanics of Structured Analysis / 12.6：

The Data Dictionary / 12.7：

An Overview of Other Classical Analysis Methods / 12.8：

Design Concepts and Principles / 12.9：

Software Design and Software Engineering / 13.1：

The Design Process / 13.2：

Design Principles / 13.3：

Design Concepts / 13.4：

Effective Modular Design / 13.5：

Design Heuristics for Effective Modularity / 13.6：

The Design Model / 13.7：

Design Documentation / 13.8：

Architectural Design / 13.9：

Software Architecture / 14.1：

Data Design / 14.2：

Architectural Styles / 14.3：

Analysing Alternative Architectural Designs / 14.4：

Mapping Requirements into a Software Architecture / 14.5：

Transform Mapping / 14.6：

Transaction Mapping / 14.7：

Refining the Architectural Design / 14.8：

Using Interface DESIGN / 14.9：

The Golden Rules / 15.1：

User Interface Design / 15.2：

Task Analysis and Modelling / 15.3：

Interface Design Activities / 15.4：

Implementation Tools / 15.5：

Design Evaluation / 15.6：

Component Level DESIGN / 15.7：

Structured Programming / 16.1：

Comparison of Design Notation / 16.2：

Software Testing TECHNIQUES / 16.3：

Software Testing Fundamental / 17.1：

Test Case Design / 17.2：

White-Box Testing / 17.3：

Basis Path Testing / 17.4：

Control Structure Testing / 17.5：

Black-Box Testing / 17.6：

Testing for Specialised Environments, Architectures and Applications / 17.7：

Software Testing STRATEGIES / 17.8：

A Strategic Approach to Software Testing / 18.1：

Strategic Issues / 18.2：

Unit Testing / 18.3：

Integration testing / 18.4：

Validation testing / 18.5：

System Testing / 18.6：

The Art of Debugging / 18.7：

Technical Metrics for SOFTWARE / 18.8：

Software Quality / 19.1：

A Framework for Technical Software Metrics / 19.2：

Metrics for the Analysis Model / 19.3：

Metrics for the Design Model / 19.4：

Metrics for Source Code / 19.5：

Metrics for testing / 19.6：

Metrics for Maintenance / 19.7：

OBJECT-Oriented Software ENGINEERING / 19.8：

OBJECT-Oriented Concepts and PRINCIPLES / Chapter 20：

The Object-Oriented Paradigm / 20.1：

Object-Oriented Concepts / 20.2：

Identifying the Elements of an Object Model / 20.3：

Management of Object-Oriented Software Projects / 20.4：

OBJECT-Oriented Analysis / 20.5：

Object-Oriented Analysis / 21.1：

Domain Analysis / 21.2：

Generic Components of the OO Analysis Model / 21.3：

The OOA Process / 21.4：

The Object-Relationship Model / 21.5：

The Object Behaviour Model / 21.6：

OBJECT-Oriented Design / 21.7：

Design for Object-Oriented Systems / 22.1：

The System design process / 22.2：

The Object Design Process / 22.3：

Design Patterns / 22.4：

Object-Oriented Programming / 22.5：

OBJECT-Oriented Testing / 22.6：

Broadening the View of testing / 23.1：

Testing OOA and OOD models / 23.2：

Object-Oriented Testing Strategies / 23.3：

Test Case design for OO Software / 23.4：

Testing Methods Applicable at the Class Level / 23.5：

Inter-Class test Case Design / 23.6：

Technical Metrics for OBJECT-Oriented Systems / 23.7：

The Intent of Object-Oriented Metrics / 24.1：

The Distinguishing Characteristics of Object-Oriented Metrics / 24.2：

Metrics for the OO Design Model / 24.3：

Class-Oriented metrics / 24.4：

Operation-Oriented Metrics / 24.5：

Metrics for Object-Oriented Testing / 24.6：

Metrics for Object-Oriented Projects / 24.7：

Advanced Topics in Software Engineering / 24.8：

Formal Methods / Chapter 25：

Mathematical preliminaries / 25.1：

Applying Mathematical Notation for Formal Specification / 25.3：

Formal Specification Languages / 25.4：

Using Z to Represent Example Software Component / 25.5：

The Ten Commandments of Formal Methods / 25.6：

Formal Methods - The Road Ahead / 25.7：

Cleanroom Software ENGINEERING / 25.8：

The Cleanroom Approach / 26.1：

Functional Specification / 26.2：

Design Refinement and Verification / 26.3：

Cleanroom Testing / 26.4：

COMPONENT-Based Software ENGINEERING / 26.5：

Engineering of Component-Based Systems / 27.1：

The CBSE Process / 27.2：

Domain Engineering / 27.3：

Classifying and Retrieving Components / 27.4：

Economics of CBSE / 27.6：

CLIENT-Server Software / 27.7：

The Structure of Client Server Systems / 28.1：

Software Engineering for C/S Systems / 28.2：

Analysis Modelling Issues / 28.3：

Design for C/S Systems / 28.4：

Testing Issues / 28.5：

The Design of Distributed Systems / 28.6：

Security Engineering / 28.8：

Software Engineering for C/S systems / 28.9：

Testing issues / 28.10：

WEB ENGINEERING / 28.13：

The Attributes of Web-Based Applications / 29.1：

The WebE Process / 29.2：

A Framework for WebE / 29.3：

Formulating/Analysing Web-Based Systems / 29.4：

Design for Web-Based Applications / 29.5：

Testing Web-Based Applications / 29.6：

Management Issues / 29.7：

Reengineering / 29.8：

Business process Reengineering / 30.1：

Software Reengineering / 30.2：

Reverse Engineering / 30.3：

Restructuring / 30.4：

Forward Engineering / 30.5：

The Economics of Reengineering / 30.6：

Computer-Aided Software Engineering / 30.7：

What is CASE? / 31.1：

Building Blocks for CASE / 31.2：

A Taxonomy of CASE Tools / 31.3：

Integrated CASE Environments / 31.4：

The Integration Architecture / 31.5：

The CASE Repository / 31.6：

The Road Ahead / 31.7：

The Importance of software - Revisited / 32.1：

The Scope of Changes / 32.2：

People and the Way they Build Systems / 32.3：

The "New" Software Engineering Process / 32.4：

New Models for Representing Information / 32.5：

Technology as a Driver / 32.6：

A Concluding Comment / 32.7：

The Product and the Process / Part 1：

The Product / Chapter 1：

The Evolving Role of Software / 1.1：

Software / 1.2：

Software: A Crisis on the Horizon / 1.3：

Software Myths / 1.4：

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