IEC PAS 62508:2007

FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms and definitions
4 HF and its influence
  4.1 Understanding the HF relationships
  4.2 Human machine comparison
  4.3 HF engineering process
  4.4 HF in system life cycle
  4.5 The importance of HF designs
  4.6 HF design criteria
5 HF activities implementation
  5.1 HF planning
  5.2 HF requirements analysis in system definition
  5.3 HF analysis in system design
  5.4 Incorporating HF in system requirements
  5.5 Integrating HF in systems engineering
  5.6 Outsourcing projects and related HF issues
  5.7 HF assessment in system operation/maintenance
6 HF methods
  6.1 Classification of HF methods
  6.2 Applications of HF methods
Annex A (informative) HF engineering process concerning
        task analyses for humansystem interactions
  A.1 HF engineering process for system application
      scenarios
  A.2 HF engineering process for application environment
  A.3 HF engineering process for requirements analysis
  A.4 HF engineering process for functional analysis
  A.5 HF engineering process for function allocation
  A.6 HF engineering process for tasks design and analysis
  A.7 HF engineering process for human interface
  A.8 HF engineering process for requirements reviews
Annex B (Informative) Summary of HF design influence and
        impact on system dependability
  B.1 Automation
  B.2 Design for maintenance
  B.3 Computer-human interface
  B.4 Incorporation of displays, controls and alarm
      functions
  B.5 Incorporation of input devices
  B.6 Environment
  B.7 Safety
  B.8 Security
Annex C (Informative) Summary of methods for HF analysis,
        design and development and test and evaluation
  C.1 HF analysis methods
  C.2 HF methods for design and development
  C.3 HF methods for test and evaluation
  C.4 Summary of application areas for HF methods
Bibliography

This PAS describes the process on human factors (HF) influencing system dependability design and provides HF methods and practices applicable to system life-cycle implementation to achieve dependability performance.