NSTL国家科技图书文献中心

1. Stability analysis of delayed exoskeleton-assisted human walking via error function NSTL国家科技图书文献中心

Xiong, Xin | Zhang, Li - 《International journal of dynamics and control》 - 2025,13(2) - 共12页

摘要： the stability of a hip-exoskeleton-assisted human | human walking model controlled by hybrid zero dynamics | is derived. Then, stability analysis* is carried out* | using an error* function represented by a second-order* | the theoretical stability results based on the error

关键词： Time delay | Coupled human-exoskeleton dynamics | Stability analysis | Human gait

2. The Devil Between the Details: Limitations of Probability-Based Approaches to Human Error NSTL国家科技图书文献中心

Lauren J. Thomas | Kathy H. Abbott - 《HCI International 2024 - Late Breaking Papers,Part VIII》 - International Conference on Human-Computer Interaction - 2025, - 308～325 - 共18页

摘要： probabilistic approaches to human* error within the context of* | human error over time, with a view to calculating a | , it is not appropriate to analyze human* error in the* | illustrates why probabilistic approaches to human* error are* | raised will be relevant to those involved with human

关键词： Human error | Human reliability analysis | Human error analysis | Probability based risk assessment | Human factors in aircraft certification | Continued operational safety

3. Estimating parameter uncertainty bounds of human error probability using Monte Carlo simulation NSTL国家科技图书文献中心

Kim Y. | Kim J.... - 《Annals of nuclear energy》 - 2025,211(Feb.) - 1.1～1.8 - 共8页

摘要： uncertainties in human* error probabilities can be formed by* | Cognitive Error* Analysis) method. As a result* | , distributions of human* error probabilities in various* | guidelines have introduced various uncertainty analysis | techniques, estimates of the uncertainty bounds of human

关键词： Human error probability | Human reliability analysis | Human reliability data | Monte Carlo simulation | Parameter uncertainty | Uncertainty analysis

4. Evaluating human error probability in maintenance task: An integrated system dynamics and machine learning approach NSTL国家科技图书文献中心

Vahideh Bafandegan E... | Mostafa Kazemi ... - 《Human Factors and Ergonomics in Manufacturing & Service Industries》 - 2025,35(1) - e21057～ - 共31页

摘要：Human error is often implicated in industrial | . Therefore, research exploring human* error during* | assess the probability of human* error in maintenance* | Reliability and Error* Analysis Method and System Dynamics* | modeling. Given that human* error probability (HEP) is*

关键词： Cognitive reliability and error analysis method (CREAM) | Human error probability (HEP) | Machine learning (ML) | Maintenance | System dynamics (SD)

5. Applying Human Factors to Modify and Design Healthcare Workspaces and Processes in Response to COVID-19 NSTL国家科技图书文献中心

Jessica Martel | Jared Dembicki ... - 《Ergonomics in design》 - 2025,33(1) - 25～33 - 共9页 - 被引量：1

摘要： identified in March of 2020. The AHS Human* Factors team has* | In response to the COVID-19 pandemic | , healthcare organizations have had to assess and modify | their workspaces and processes to accommodate changing | needs and requirements. Alberta Health Services(AHS

关键词： Environmental design | Health systems | Workspace design | System analysis | Human error

6. Analysis of interrelationships of human errors using linguistic decision-making trial and evaluation laboratory with consensus reaching process NSTL国家科技图书文献中心

Qiaohong Zheng | Xinwang Liu - 《Engineering Applications of Artificial Intelligence》 - 2025,140(Jan.) - 109676.1～109676.13 - 共13页

摘要： effective in human* error analysis due to its taxonomy and* | human error analysis. However, limited improved HFACS | Analyzing human* errors' interrelationships is* | one of the most important assignments for human | reliability improvement in sociotechnical systems. Human

关键词： Human errors | Human factor analysis and classification system | Probabilistic linguistic terms | Consensus reaching process | Decision-making trial and evaluation laboratory

7. Using HFACS to understand human error in railway dispatcher performance: a study of proactive safety inspection records NSTL国家科技图书文献中心

Zizheng Guo | Huishan Pang ... - 《Ergonomics》 - 2025,68(1) - 37～50 - 共14页

摘要： unnoticed in accident reports. The analysis* revealed that* | This study analyzes 4,095 proactive safety | inspection records obtained from a large dispatching centre | by utilising the HFACS framework. These proactive | safety inspection records offer comprehensive

关键词： Proactive safety | Railway dispatchers | Human error | Human factor analysis and classification system (HFACS) | Pathways

8. An Approach to Cognitive Root Cause Analysis of Software Vulnerabilities NSTL国家科技图书文献中心

Theo Hytopoulos | Marvin Chan ... - 《Product-Focused Software Process Improvement》 - International Conference on Product-Focused Software Process Improvement - 2025, - 11～26 - 共16页

摘要： inherently a human* activity, developers' cognitive errors* | analysis focus on software faults associated with | a novel method, Cognitive Analysis* for Software* | involved four analysts performing root cause analysis* on* | reliability of vulnerability root cause analysis. It

关键词： Root cause analysis | Software vulnerability | Cognitive analysis | Human error | Software process improvement

9. Team-centered IDAC: Modeling and simulation of operating crew in complex systems – Part 1: Team model and fundamentals NSTL国家科技图书文献中心

Azarkhil M. | Mosleh A.... - 《Reliability engineering & system safety》 - 2025,254(Feb. Pt.A) - 1.1～1.19 - 共19页

摘要： modules for Team Error* Management. These modules include* | error detection, error indication and error correction | © 2024Operation of highly complex systems such | as Nuclear Power Plants (NPPs) generally require | highly trained professional operating teams. Factors

关键词： IDAC model | Nuclear power plants | Simulation human reliability analysis | team error | Team model

10. Team-centered IDAC: Modeling and simulation of operating crew in complex systems - Part 2: Simulation aspects and application NSTL国家科技图书文献中心

Azarkhil M. | Mosleh A.... - 《Reliability engineering & system safety》 - 2025,254(Feb. Pt.A) - 1.1～1.25 - 共25页

摘要：© 2024Complex systems operations, such as | Nuclear Power Plants (NPPs), generally require | professional operating teams. Factors associated with | teamwork, such as inappropriate communication and | coordination, are important contributing factors to accidents

摘要： the stability of a hip-exoskeleton-assisted human | human walking model controlled by hybrid zero dynamics | is derived. Then, stability analysis* is carried out* | using an error* function represented by a second-order* | the theoretical stability results based on the error

关键词： Time delay | Coupled human-exoskeleton dynamics | Stability analysis | Human gait

关键词： Human error | Human reliability analysis | Human error analysis | Probability based risk assessment | Human factors in aircraft certification | Continued operational safety

摘要： uncertainties in human* error probabilities can be formed by* | Cognitive Error* Analysis) method. As a result* | , distributions of human* error probabilities in various* | guidelines have introduced various uncertainty analysis | techniques, estimates of the uncertainty bounds of human

关键词： Human error probability | Human reliability analysis | Human reliability data | Monte Carlo simulation | Parameter uncertainty | Uncertainty analysis

摘要：Human error is often implicated in industrial | . Therefore, research exploring human* error during* | assess the probability of human* error in maintenance* | Reliability and Error* Analysis Method and System Dynamics* | modeling. Given that human* error probability (HEP) is*

关键词： Cognitive reliability and error analysis method (CREAM) | Human error probability (HEP) | Machine learning (ML) | Maintenance | System dynamics (SD)

摘要： identified in March of 2020. The AHS Human* Factors team has* | In response to the COVID-19 pandemic | , healthcare organizations have had to assess and modify | their workspaces and processes to accommodate changing | needs and requirements. Alberta Health Services(AHS

关键词： Environmental design | Health systems | Workspace design | System analysis | Human error

摘要： effective in human* error analysis due to its taxonomy and* | human error analysis. However, limited improved HFACS | Analyzing human* errors' interrelationships is* | one of the most important assignments for human | reliability improvement in sociotechnical systems. Human

关键词： Human errors | Human factor analysis and classification system | Probabilistic linguistic terms | Consensus reaching process | Decision-making trial and evaluation laboratory

摘要： unnoticed in accident reports. The analysis* revealed that* | This study analyzes 4,095 proactive safety | inspection records obtained from a large dispatching centre | by utilising the HFACS framework. These proactive | safety inspection records offer comprehensive

关键词： Proactive safety | Railway dispatchers | Human error | Human factor analysis and classification system (HFACS) | Pathways

摘要： inherently a human* activity, developers' cognitive errors* | analysis focus on software faults associated with | a novel method, Cognitive Analysis* for Software* | involved four analysts performing root cause analysis* on* | reliability of vulnerability root cause analysis. It

关键词： Root cause analysis | Software vulnerability | Cognitive analysis | Human error | Software process improvement

摘要： modules for Team Error* Management. These modules include* | error detection, error indication and error correction | © 2024Operation of highly complex systems such | as Nuclear Power Plants (NPPs) generally require | highly trained professional operating teams. Factors

关键词： IDAC model | Nuclear power plants | Simulation human reliability analysis | team error | Team model

摘要：© 2024Complex systems operations, such as | Nuclear Power Plants (NPPs), generally require | professional operating teams. Factors associated with | teamwork, such as inappropriate communication and | coordination, are important contributing factors to accidents

关键词： Human reliability analysis | Nuclear power plants | Probabilistic risk assessment | Simulation | Team error | Team model

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： the stability of a hip-exoskeleton-assisted human | human walking model controlled by hybrid zero dynamics | is derived. Then, stability analysis is carried out | using an error function represented by a second-order | the theoretical stability results based on the error

关键词： Time delay | Coupled human-exoskeleton dynamics | Stability analysis | Human gait

摘要： probabilistic approaches to human error within the context of | human error over time, with a view to calculating a | , it is not appropriate to analyze human error in the | illustrates why probabilistic approaches to human error are | raised will be relevant to those involved with human

关键词： Human error | Human reliability analysis | Human error analysis | Probability based risk assessment | Human factors in aircraft certification | Continued operational safety

摘要： uncertainties in human error probabilities can be formed by | Cognitive Error Analysis) method. As a result | , distributions of human error probabilities in various | guidelines have introduced various uncertainty analysis | techniques, estimates of the uncertainty bounds of human

关键词： Human error probability | Human reliability analysis | Human reliability data | Monte Carlo simulation | Parameter uncertainty | Uncertainty analysis

摘要：Human error is often implicated in industrial | . Therefore, research exploring human error during | assess the probability of human error in maintenance | Reliability and Error Analysis Method and System Dynamics | modeling. Given that human error probability (HEP) is

关键词： Cognitive reliability and error analysis method (CREAM) | Human error probability (HEP) | Machine learning (ML) | Maintenance | System dynamics (SD)

摘要： identified in March of 2020. The AHS Human Factors team has | In response to the COVID-19 pandemic | , healthcare organizations have had to assess and modify | their workspaces and processes to accommodate changing | needs and requirements. Alberta Health Services(AHS

关键词： Environmental design | Health systems | Workspace design | System analysis | Human error

摘要： effective in human error analysis due to its taxonomy and | human error analysis. However, limited improved HFACS | Analyzing human errors' interrelationships is | one of the most important assignments for human | reliability improvement in sociotechnical systems. Human

关键词： Human errors | Human factor analysis and classification system | Probabilistic linguistic terms | Consensus reaching process | Decision-making trial and evaluation laboratory

摘要： unnoticed in accident reports. The analysis revealed that | This study analyzes 4,095 proactive safety | inspection records obtained from a large dispatching centre | by utilising the HFACS framework. These proactive | safety inspection records offer comprehensive

关键词： Proactive safety | Railway dispatchers | Human error | Human factor analysis and classification system (HFACS) | Pathways

摘要： inherently a human activity, developers' cognitive errors | analysis focus on software faults associated with | a novel method, Cognitive Analysis for Software | involved four analysts performing root cause analysis on | reliability of vulnerability root cause analysis. It

关键词： Root cause analysis | Software vulnerability | Cognitive analysis | Human error | Software process improvement

摘要： modules for Team Error Management. These modules include | error detection, error indication and error correction | © 2024Operation of highly complex systems such | as Nuclear Power Plants (NPPs) generally require | highly trained professional operating teams. Factors

关键词： IDAC model | Nuclear power plants | Simulation human reliability analysis | team error | Team model

摘要：© 2024Complex systems operations, such as | Nuclear Power Plants (NPPs), generally require | professional operating teams. Factors associated with | teamwork, such as inappropriate communication and | coordination, are important contributing factors to accidents

关键词： Human reliability analysis | Nuclear power plants | Probabilistic risk assessment | Simulation | Team error | Team model

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： the stability of a hip-exoskeleton-assisted human | human walking model controlled by hybrid zero dynamics | is derived. Then, stability analysis* is carried out* | using an error* function represented by a second-order* | the theoretical stability results based on the error

摘要： uncertainties in human* error probabilities can be formed by* | Cognitive Error* Analysis) method. As a result* | , distributions of human* error probabilities in various* | guidelines have introduced various uncertainty analysis | techniques, estimates of the uncertainty bounds of human

摘要：Human error is often implicated in industrial | . Therefore, research exploring human* error during* | assess the probability of human* error in maintenance* | Reliability and Error* Analysis Method and System Dynamics* | modeling. Given that human* error probability (HEP) is*

摘要： identified in March of 2020. The AHS Human* Factors team has* | In response to the COVID-19 pandemic | , healthcare organizations have had to assess and modify | their workspaces and processes to accommodate changing | needs and requirements. Alberta Health Services(AHS

摘要： effective in human* error analysis due to its taxonomy and* | human error analysis. However, limited improved HFACS | Analyzing human* errors' interrelationships is* | one of the most important assignments for human | reliability improvement in sociotechnical systems. Human

摘要： unnoticed in accident reports. The analysis* revealed that* | This study analyzes 4,095 proactive safety | inspection records obtained from a large dispatching centre | by utilising the HFACS framework. These proactive | safety inspection records offer comprehensive

摘要： inherently a human* activity, developers' cognitive errors* | analysis focus on software faults associated with | a novel method, Cognitive Analysis* for Software* | involved four analysts performing root cause analysis* on* | reliability of vulnerability root cause analysis. It

摘要： modules for Team Error* Management. These modules include* | error detection, error indication and error correction | © 2024Operation of highly complex systems such | as Nuclear Power Plants (NPPs) generally require | highly trained professional operating teams. Factors