NSTL国家科技图书文献中心

1. Navigating safety: pedestrian safety perceptions at uncontrolled crosswalks in Hyderabad, India NSTL国家科技图书文献中心

Anam Hyder | Saladi. S. V. Subbar... - 《Innovative Infrastructure Solutions》 - 2025,10(1) - 11.1～11.17 - 共17页

摘要：Pedestrian safety remains a significant issue | . Hence, the study aims to assess pedestrian safety | four key factors: pedestrian* safety perception at* | assess pedestrian* safety perception at the crosswalks* | pedestrian safety at uncontrolled intersections by

关键词： Pedestrian safety perception | Uncontrolled intersections | Crosswalk infrastructure | Safety awareness | Ordered logit model

2. Analysis of factors affecting pedestrian safety for the elderly and identification of vulnerable areas in Seoul NSTL国家科技图书文献中心

Kim, Soyoon | Choi, Sangwon ... - 《Accident Analysis and Prevention》 - 2025,211(Mar.) - 1.1～1.10 - 共10页

摘要： ensure pedestrian* safety given their physical* | , analyzing the factors that compromise pedestrian safety | priority elements for ensuring pedestrian safety | areas where elderly pedestrian* safety is vulnerable* | identifying areas with vulnerable pedestrian* safety in Seoul*

关键词： Ageing society | Senior citizen | Pedestrian safety | Pedestrian accident-prone area | Spatial distribution of probability | RISK | ROAD

3. A fusion-perception based zebra crossing warning system for pedestrian safety NSTL国家科技图书文献中心

Chengjun Feng | Xiaodi Xiang ... - 《Sixth International Conference on Geoscience and Remote Sensing Mapping (GRSM 2024),Part One of Two Parts》 - International Conference on Geoscience and Remote Sensing Mapping - 2025, - 1350609.1～1350609.7 - 共7页

摘要： illumination not only improves pedestrian* safety but also* | crossing warning system designed to enhance pedestrian | safety and regulate crosswalk traffic through advanced | system effectively determines whether a pedestrian* is* | flash to alert the pedestrian* against jaywalking*

关键词： Pedestrian safety | Zebra crossing | LiDAR sensing | Intelligent lighting | Traffic regulation compliance

4. On the design of vehicle front-ends for pedestrian safety with the advanced Pedestrian Legform Impactor (aPLI) NSTL国家科技图书文献中心

Isemann, Daniel | Besch, Alexander ... - 《International journal of crashworthiness》 - 2025,30(1/2) - 136～146 - 共11页

摘要： assessment of passive pedestrian* safety. However, this* | Pedestrian Legform Impactor (aPLI) to reduce the risk of | The latest Euro NCAP Vulnerable Road Users | Assessment Protocol (v11.3) introduces the advanced | lower extremity injury to pedestrians in a vehicle

关键词： aPLI | pedestrian safety | vehicle design | sensitivity analysis | BUMPER SYSTEM | OPTIMIZATION | INJURY | PROTECTION | REDUCE

5. Improving Pedestrian Safety with Head-Up Display Warning in a Connected Environment NSTL国家科技图书文献中心

Yu Zhang | Yang Bian ... - 《International journal of human-computer interaction》 - 2025,41(6) - 3724～3744 - 共21页

摘要： improve a vehicle's running comfort and pedestrian | safety is tested, by providing warning information to | process and a greater safety* margin between the vehicle* | to traffic safety, especially under risky | In this paper, the potential of using a head

关键词： Connected environment | head-up display warning | risk avoidance strategy | pedestrian safety | generalized linear mixed model

6. Examining infrastructure and child pedestrian safety in Bhopal’s school zones NSTL国家科技图书文献中心

Neelima C. Vijay | Siddhartha Rokade ... - 《Innovative Infrastructure Solutions》 - 2025,10(3) - 100.1～100.20 - 共20页

摘要： pedestrian safety demand a mul-tifaceted approach that goes | , which is the perception of safety* of child pedestrians* | traffic safety* helps in designing targeted interventions* | safe pedestrian* behavior among children. The present* | pedestrians perception of traffic safety* near school zones*

关键词： Child pedestrians | Perception | Traffic safety | School zones | Infrastructure

7. Automobile-Pedestrian Injuries: Are Pedestrian Safety Features Associated With Injury Severity? NSTL国家科技图书文献中心

Minas-Alexander, Reb... | Hashem, Essam ... - 《Journal of Surgical Research》 - 2025,305 - 126～130 - 共5页 - 被引量：1

摘要：-road. Pedestrian* safety features were assessed using* | Introduction: Automobile-pedestrian* (AP* | used to determine if safety* features predicted* | ) crashes can cause severe injuries and are increasing in | frequency. We sought to determine factors contributing to

关键词： Automobile pedestrian injuries | Injury risk factors | Socioeconomic disparity

8. Effect of eHMI-equipped automated vehicles on pedestrian crossing behavior and safety: A focus on blind spot scenarios NSTL国家科技图书文献中心

Chen, Xu | Li, Xiaomeng ... - 《Accident Analysis and Prevention》 - 2025,212(Mar.) - 1.1～1.13 - 共13页

摘要： overlooked threat to pedestrian* safety, frequently* | human-machine interfaces (eHMIs) on pedestrian | crossing behavior and safety, focusing on scenarios where | front of yielding trucks with obstructed pedestrian | symbols enhance pedestrian* understanding. However, the*

关键词： Blind spot | Automated vehicles (AVs) | External Human-Machine Interface (eHMI) | Pedestrian behavior | Pedestrian safety | AUTONOMOUS VEHICLES | ROAD | COMMUNICATION | SUGGESTIONS | EXPERIENCE...

9. Pedestrian safety and efficiency at emerging alternative intersection designs with three-phase traffic signals NSTL国家科技图书文献中心

Zhiliang Luo | Amirarsalan Mehrara ...... - 《Innovative Infrastructure Solutions》 - 2025,10(1) - 33.1～33.15 - 共15页

摘要：Pedestrian performance of many existing | reduction in vehicle-pedestrian* conflicts, cycle lengths* | , and pedestrian* crossing distances. The focus of this* | manuscript is on pedestrian* per-formance at five types of* | regarding their pedestrian* performance, to the best*

关键词： Pedestrian performance | Innovative intersection designs | Three-phase intersections | Thru-cut | PTV VISSIM | NCHRP report 948s 20-Flag method

10. Activation strategies and effectiveness of Intelligent safety systems for reducing pedestrian injuries in autonomous vehicles NSTL国家科技图书文献中心

Li, Quan | Luo, Yiran ... - 《Accident Analysis and Prevention》 - 2025,211(Mar.) - 1.1～1.14 - 共14页

摘要： reshape traditional pedestrian* safety systems and play a* | enhancing pedestrian* safety. The findings of this research* | Intelligent safety* systems (ISS) for* | key role in reducing the risk of pedestrian* injuries* | controllable passive safety* devices. Furthermore, the study*

摘要：Pedestrian safety remains a significant issue | . Hence, the study aims to assess pedestrian safety | four key factors: pedestrian* safety perception at* | assess pedestrian* safety perception at the crosswalks* | pedestrian safety at uncontrolled intersections by

关键词： Pedestrian safety perception | Uncontrolled intersections | Crosswalk infrastructure | Safety awareness | Ordered logit model

摘要： ensure pedestrian* safety given their physical* | , analyzing the factors that compromise pedestrian safety | priority elements for ensuring pedestrian safety | areas where elderly pedestrian* safety is vulnerable* | identifying areas with vulnerable pedestrian* safety in Seoul*

关键词： Ageing society | Senior citizen | Pedestrian safety | Pedestrian accident-prone area | Spatial distribution of probability | RISK | ROAD

摘要： illumination not only improves pedestrian* safety but also* | crossing warning system designed to enhance pedestrian | safety and regulate crosswalk traffic through advanced | system effectively determines whether a pedestrian* is* | flash to alert the pedestrian* against jaywalking*

关键词： Pedestrian safety | Zebra crossing | LiDAR sensing | Intelligent lighting | Traffic regulation compliance

摘要： assessment of passive pedestrian* safety. However, this* | Pedestrian Legform Impactor (aPLI) to reduce the risk of | The latest Euro NCAP Vulnerable Road Users | Assessment Protocol (v11.3) introduces the advanced | lower extremity injury to pedestrians in a vehicle

关键词： aPLI | pedestrian safety | vehicle design | sensitivity analysis | BUMPER SYSTEM | OPTIMIZATION | INJURY | PROTECTION | REDUCE

摘要： improve a vehicle's running comfort and pedestrian | safety is tested, by providing warning information to | process and a greater safety* margin between the vehicle* | to traffic safety, especially under risky | In this paper, the potential of using a head

关键词： Connected environment | head-up display warning | risk avoidance strategy | pedestrian safety | generalized linear mixed model

关键词： Child pedestrians | Perception | Traffic safety | School zones | Infrastructure

摘要：-road. Pedestrian* safety features were assessed using* | Introduction: Automobile-pedestrian* (AP* | used to determine if safety* features predicted* | ) crashes can cause severe injuries and are increasing in | frequency. We sought to determine factors contributing to

关键词： Automobile pedestrian injuries | Injury risk factors | Socioeconomic disparity

摘要： overlooked threat to pedestrian* safety, frequently* | human-machine interfaces (eHMIs) on pedestrian | crossing behavior and safety, focusing on scenarios where | front of yielding trucks with obstructed pedestrian | symbols enhance pedestrian* understanding. However, the*

关键词： Blind spot | Automated vehicles (AVs) | External Human-Machine Interface (eHMI) | Pedestrian behavior | Pedestrian safety | AUTONOMOUS VEHICLES | ROAD | COMMUNICATION | SUGGESTIONS | EXPERIENCE...

摘要：Pedestrian performance of many existing | reduction in vehicle-pedestrian* conflicts, cycle lengths* | , and pedestrian* crossing distances. The focus of this* | manuscript is on pedestrian* per-formance at five types of* | regarding their pedestrian* performance, to the best*

关键词： Pedestrian performance | Innovative intersection designs | Three-phase intersections | Thru-cut | PTV VISSIM | NCHRP report 948s 20-Flag method

摘要： reshape traditional pedestrian* safety systems and play a* | enhancing pedestrian* safety. The findings of this research* | Intelligent safety* systems (ISS) for* | key role in reducing the risk of pedestrian* injuries* | controllable passive safety* devices. Furthermore, the study*

关键词： Autonomous vehicle | Pedestrian injury | Intelligent safety | Accident reconstruction | Activation strategies | FRONT-END DESIGN

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Pedestrian safety remains a significant issue | . Hence, the study aims to assess pedestrian safety | four key factors: pedestrian safety perception at | assess pedestrian safety perception at the crosswalks | pedestrian safety at uncontrolled intersections by

关键词： Pedestrian safety perception | Uncontrolled intersections | Crosswalk infrastructure | Safety awareness | Ordered logit model

摘要： ensure pedestrian safety given their physical | , analyzing the factors that compromise pedestrian safety | priority elements for ensuring pedestrian safety | areas where elderly pedestrian safety is vulnerable | identifying areas with vulnerable pedestrian safety in Seoul

关键词： Ageing society | Senior citizen | Pedestrian safety | Pedestrian accident-prone area | Spatial distribution of probability | RISK | ROAD

摘要： illumination not only improves pedestrian safety but also | crossing warning system designed to enhance pedestrian | safety and regulate crosswalk traffic through advanced | system effectively determines whether a pedestrian is | flash to alert the pedestrian against jaywalking

关键词： Pedestrian safety | Zebra crossing | LiDAR sensing | Intelligent lighting | Traffic regulation compliance

摘要： assessment of passive pedestrian safety. However, this | Pedestrian Legform Impactor (aPLI) to reduce the risk of | The latest Euro NCAP Vulnerable Road Users | Assessment Protocol (v11.3) introduces the advanced | lower extremity injury to pedestrians in a vehicle

关键词： aPLI | pedestrian safety | vehicle design | sensitivity analysis | BUMPER SYSTEM | OPTIMIZATION | INJURY | PROTECTION | REDUCE

摘要： improve a vehicle's running comfort and pedestrian | safety is tested, by providing warning information to | process and a greater safety margin between the vehicle | to traffic safety, especially under risky | In this paper, the potential of using a head

关键词： Connected environment | head-up display warning | risk avoidance strategy | pedestrian safety | generalized linear mixed model

关键词： Child pedestrians | Perception | Traffic safety | School zones | Infrastructure

摘要：-road. Pedestrian safety features were assessed using | Introduction: Automobile-pedestrian (AP | used to determine if safety features predicted | ) crashes can cause severe injuries and are increasing in | frequency. We sought to determine factors contributing to

关键词： Automobile pedestrian injuries | Injury risk factors | Socioeconomic disparity

摘要： overlooked threat to pedestrian safety, frequently | human-machine interfaces (eHMIs) on pedestrian | crossing behavior and safety, focusing on scenarios where | front of yielding trucks with obstructed pedestrian | symbols enhance pedestrian understanding. However, the

关键词： Blind spot | Automated vehicles (AVs) | External Human-Machine Interface (eHMI) | Pedestrian behavior | Pedestrian safety | AUTONOMOUS VEHICLES | ROAD | COMMUNICATION | SUGGESTIONS | EXPERIENCE...

摘要：Pedestrian performance of many existing | reduction in vehicle-pedestrian conflicts, cycle lengths | , and pedestrian crossing distances. The focus of this | manuscript is on pedestrian per-formance at five types of | regarding their pedestrian performance, to the best

关键词： Pedestrian performance | Innovative intersection designs | Three-phase intersections | Thru-cut | PTV VISSIM | NCHRP report 948s 20-Flag method

摘要： reshape traditional pedestrian safety systems and play a | enhancing pedestrian safety. The findings of this research | Intelligent safety systems (ISS) for | key role in reducing the risk of pedestrian injuries | controllable passive safety devices. Furthermore, the study

关键词： Autonomous vehicle | Pedestrian injury | Intelligent safety | Accident reconstruction | Activation strategies | FRONT-END DESIGN

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Pedestrian safety remains a significant issue | . Hence, the study aims to assess pedestrian safety | four key factors: pedestrian* safety perception at* | assess pedestrian* safety perception at the crosswalks* | pedestrian safety at uncontrolled intersections by

摘要： ensure pedestrian* safety given their physical* | , analyzing the factors that compromise pedestrian safety | priority elements for ensuring pedestrian safety | areas where elderly pedestrian* safety is vulnerable* | identifying areas with vulnerable pedestrian* safety in Seoul*

摘要： illumination not only improves pedestrian* safety but also* | crossing warning system designed to enhance pedestrian | safety and regulate crosswalk traffic through advanced | system effectively determines whether a pedestrian* is* | flash to alert the pedestrian* against jaywalking*

摘要： assessment of passive pedestrian* safety. However, this* | Pedestrian Legform Impactor (aPLI) to reduce the risk of | The latest Euro NCAP Vulnerable Road Users | Assessment Protocol (v11.3) introduces the advanced | lower extremity injury to pedestrians in a vehicle

摘要： improve a vehicle's running comfort and pedestrian | safety is tested, by providing warning information to | process and a greater safety* margin between the vehicle* | to traffic safety, especially under risky | In this paper, the potential of using a head

摘要：-road. Pedestrian* safety features were assessed using* | Introduction: Automobile-pedestrian* (AP* | used to determine if safety* features predicted* | ) crashes can cause severe injuries and are increasing in | frequency. We sought to determine factors contributing to

摘要： overlooked threat to pedestrian* safety, frequently* | human-machine interfaces (eHMIs) on pedestrian | crossing behavior and safety, focusing on scenarios where | front of yielding trucks with obstructed pedestrian | symbols enhance pedestrian* understanding. However, the*

摘要：Pedestrian performance of many existing | reduction in vehicle-pedestrian* conflicts, cycle lengths* | , and pedestrian* crossing distances. The focus of this* | manuscript is on pedestrian* per-formance at five types of* | regarding their pedestrian* performance, to the best*

摘要： reshape traditional pedestrian* safety systems and play a* | enhancing pedestrian* safety. The findings of this research* | Intelligent safety* systems (ISS) for* | key role in reducing the risk of pedestrian* injuries* | controllable passive safety* devices. Furthermore, the study*