The Development of Human Factors Guidelines' Checklist of System-Interface Design in Advanced Control Room

• Main Authors: Pin-Teng Liao, 廖彬騰
• Other Authors: Shang-Hwa Hsu
• Format: Others
• Language: zh-TW
• Published: 1999
• Online Access: http://ndltd.ncl.edu.tw/handle/76226507693605283386

碩士 === 國立交通大學 === 工業工程與管理系 === 87 === Control room is the control vitals of nuclear operating systems. If the control room system-interface design doesn't coincide with human factors guidelines will deeply impact the safety of system operation, encrease mental workload or decrease performance of operators, so verifying system-interface design meeting the human factors requirements is a most important work. Recently, advanced control room is popular designed in nuclear operating system, applying digital interface in system control changes the task properties and the interaction style, past developed human factors guidelines' checklist can't meet the requirements of digital interface design. According to these requirements of human factors verifying in digital interface design, this research will develop a checklist to aid this work well done. Base on the digital interface operating property, the development of checklist emphasizes the human factors of information cognition and processing , the checklist design rely Wickens's human information processing model to find the important human factors principles that impact operator's information processing, these human factors include task support principle、cognitive compatible principle、concept compatible principle、proximity compatible principle、movement compatible principle、spatial compatible principle、grouping and structure principle、concise and conspicuous principle、consistence principle, these principles are the foundation of checklist development, using these principles combine the information of task requirements that derived from task analysis and cognitive task analysis to compose the checklist contents. New developed checklist will utilize ZPRL's new design and used interface in operating simulated system tasks to verify whether the new developed checklist has the reliability、validity and sensitivity, the verified results prove new developed checklist has the rater-reliability、predictive validity and sensitivity.