NSTL国家科技图书文献中心

1. The intersection of data and human behaviour in aviation NSTL国家科技图书文献中心

DIONNE CRUTCHLEY - 《Journal of airport management》 - 2025,19(1) - 15～22 - 共8页

摘要： approach to enhance operational efficiency and passenger | experience. As airports increasingly rely on data-driven | of passenger* experiences, stakeholders can develop* | enhance the travel experience* rather than complicate it.* | This paper explores the critical intersection

关键词： data analytics | passenger experience | human behaviour | operational efficiency | collaboration

2. Don't be left at the gate: A practical guide to Al adoption for airports NSTL国家科技图书文献中心

CHRIS CRIST - 《Journal of airport management》 - 2025,19(1) - 6～14 - 共9页

摘要： operations by improving passenger* experience, enhancing* | and passenger* satisfaction. Artificial intelligence* | passenger-friendly environment. | Modern airports face increasing challenges due | to the growing number of passengers and evolving

关键词： artificial intelligence | Al | data-driven decision making | passenger experience | future airports | airport technology | airport management

3. Reinforcement learning based multi-perspective motion planning of manned electric vertical take-off and landing vehicle in urban environment with wind fields NSTL国家科技图书文献中心

Songyang Liu | Weizi Li ... - 《Engineering Applications of Artificial Intelligence》 - 2025,149(Jun.) - 110392.1～110392.17 - 共17页

摘要： passenger experience, and mitigate noise impact on urban | efficiency, passenger experience, and noise impact into our | crucial aspects: aircraft energy consumption, passenger | experience, and noise impact on urban environment. We | Electric vertical-takeoff and landing (eVTOL

关键词： Reinforcement learning | Electric vertical take-off and landing | Motion planning | Urban wind field

4. Data governance best practices for the Al-ready airport NSTL国家科技图书文献中心

TREVOR STROME - 《Journal of airport management》 - 2025,19(1) - 57～70 - 共14页

摘要： efficiency, safety and enhanced passenger* experience. As* | to evolving passenger* experience demands, business* | ) applications such as predictive maintenance and passenger | Airports generate vast amounts of data across | various systems that are crucial for operational

关键词： data governance | artificial intelligence | Al | data privacy and security | regulatory compliance

5. A data-driven approach to elevating airport experiences: Insights from Ontario International Airport's journey mapping analysis NSTL国家科技图书文献中心

TIFFANY SANDERS | SAMANTHA FLORES ... - 《Journal of airport management》 - 2025,19(1) - 33～56 - 共24页

摘要：), elevating the customer experience* goes beyond increasing* | passenger's experience* throughout the airport. This paper* | experience from start to finish. The paper also introduces | strategic investments in enhancing the airport experience | , ensuring a world-class experience* for airport passengers.*

关键词： passenger journey mapping | user experience | environmental quality | Ontario International Airport (ONT) | wayfinding

6. MiKa Assistive Humanoid Robot for Metro Passengers NSTL国家科技图书文献中心

Jose Ben | Bejoy Varghese ... - 《Social Robotics,Part II》 - International Conference on Social Robotics - 2025, - 186～193 - 共8页

摘要： enhancing passenger* experience in metro systems. Overall* | , and overall user experience. Results suggest a | As urbanization continues to reshape our world | , the utilization and expansion of metro | transportation systems are on the rise, making it increasingly

关键词： Assistive humanoid | Social robot | Public transport | Autonomous | Human robot interaction

7. Ride-hailing pick-up area recommendation in a vehicle-cloud collaborative environment: a feature-aware personalized clustering federated learning approach NSTL国家科技图书文献中心

Zhou, Xinyu | Liao, ZhuHua ... - 《Cluster computing》 - 2025,28(1) - 共16页

摘要：The recommendation of passenger* pickup zones* | can enhance driver efficiency, improve passenger | experience, and optimize urban traffic management. However | different driver passenger-carrying characteristics | stability, safeguarding driver and passenger* privacy*

关键词： Ride-hailing pick-up area recommendation | Federated learning with clustering | Vehicle-cloud collaboration | Geographic information integration | Attention mechanism

8. Integrated optimization of capacity allocation and timetable rescheduling for metro-based passenger and freight cotransportation NSTL国家科技图书文献中心

Di Z. | Shi J.... - 《Tunnelling and underground space technology》 - 2025,155(Jan. Pt.1) - 1.1～1.13 - 共13页

摘要：-based freight on passenger* experience is also analyzed.* | freight, and utilizing a metro-based passenger* and* | to passenger* carriage crowding, this study explores* | -based passenger* and freight cotransportation lines* | © 2024 Elsevier LtdMultimodal integration can

关键词： Capacity allocation | Degree of crowding | Gradient-based variable neighborhood search | Metro-based passenger and freight cotransportation | Timetable rescheduling

9. TMS-GNN: Traffic-aware Multistep Graph Neural Network for bus passenger flow prediction NSTL国家科技图书文献中心

Asiye Baghbani | Saeed Rahmani ... - 《Transportation research,Part C.Emerging technologies》 - 2025,174(May) - 105107.1～105107.28 - 共28页

摘要： transit passenger* experience and increasing the* | prediction of bus passenger* flow is key to improving* | advances in deep learning for passenger* flow prediction* | passenger flow prediction, however, face several | multistep passenger* flow prediction suffer from a critical*

关键词： Passenger flow prediction | Graph neural network | Multistep prediction | Bus network

10. Performance evaluation of elevators using a novel hierarchical softmax regression model NSTL国家科技图书文献中心

Dapeng Niu | Minghao Yang ... - 《Mechanical Systems & Signal Processing》 - 2025,228(Apr.) - 112429.1～112429.19 - 共19页

摘要： guiding role in improving passenger* experience and* | Elevator performance evaluation plays a | directing the maintenance work. Traditional elevator | performance evaluation studies mainly depend on defect data | or pertinent norms while ignoring the operation

摘要： approach to enhance operational efficiency and passenger | experience. As airports increasingly rely on data-driven | of passenger* experiences, stakeholders can develop* | enhance the travel experience* rather than complicate it.* | This paper explores the critical intersection

关键词： data analytics | passenger experience | human behaviour | operational efficiency | collaboration

摘要： operations by improving passenger* experience, enhancing* | and passenger* satisfaction. Artificial intelligence* | passenger-friendly environment. | Modern airports face increasing challenges due | to the growing number of passengers and evolving

关键词： artificial intelligence | Al | data-driven decision making | passenger experience | future airports | airport technology | airport management

摘要： passenger experience, and mitigate noise impact on urban | efficiency, passenger experience, and noise impact into our | crucial aspects: aircraft energy consumption, passenger | experience, and noise impact on urban environment. We | Electric vertical-takeoff and landing (eVTOL

关键词： Reinforcement learning | Electric vertical take-off and landing | Motion planning | Urban wind field

摘要： efficiency, safety and enhanced passenger* experience. As* | to evolving passenger* experience demands, business* | ) applications such as predictive maintenance and passenger | Airports generate vast amounts of data across | various systems that are crucial for operational

关键词： data governance | artificial intelligence | Al | data privacy and security | regulatory compliance

关键词： passenger journey mapping | user experience | environmental quality | Ontario International Airport (ONT) | wayfinding

摘要： enhancing passenger* experience in metro systems. Overall* | , and overall user experience. Results suggest a | As urbanization continues to reshape our world | , the utilization and expansion of metro | transportation systems are on the rise, making it increasingly

关键词： Assistive humanoid | Social robot | Public transport | Autonomous | Human robot interaction

摘要：The recommendation of passenger* pickup zones* | can enhance driver efficiency, improve passenger | experience, and optimize urban traffic management. However | different driver passenger-carrying characteristics | stability, safeguarding driver and passenger* privacy*

关键词： Ride-hailing pick-up area recommendation | Federated learning with clustering | Vehicle-cloud collaboration | Geographic information integration | Attention mechanism

摘要：-based freight on passenger* experience is also analyzed.* | freight, and utilizing a metro-based passenger* and* | to passenger* carriage crowding, this study explores* | -based passenger* and freight cotransportation lines* | © 2024 Elsevier LtdMultimodal integration can

关键词： Capacity allocation | Degree of crowding | Gradient-based variable neighborhood search | Metro-based passenger and freight cotransportation | Timetable rescheduling

摘要： transit passenger* experience and increasing the* | prediction of bus passenger* flow is key to improving* | advances in deep learning for passenger* flow prediction* | passenger flow prediction, however, face several | multistep passenger* flow prediction suffer from a critical*

关键词： Passenger flow prediction | Graph neural network | Multistep prediction | Bus network

摘要： guiding role in improving passenger* experience and* | Elevator performance evaluation plays a | directing the maintenance work. Traditional elevator | performance evaluation studies mainly depend on defect data | or pertinent norms while ignoring the operation

关键词： Elevator | Softmax regression model | Analytic hierarchy | Combination weighting method | Performance monitoring | Vibration measurement

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： approach to enhance operational efficiency and passenger | experience. As airports increasingly rely on data-driven | of passenger experiences, stakeholders can develop | enhance the travel experience rather than complicate it. | This paper explores the critical intersection

关键词： data analytics | passenger experience | human behaviour | operational efficiency | collaboration

摘要： operations by improving passenger experience, enhancing | and passenger satisfaction. Artificial intelligence | passenger-friendly environment. | Modern airports face increasing challenges due | to the growing number of passengers and evolving

关键词： artificial intelligence | Al | data-driven decision making | passenger experience | future airports | airport technology | airport management

摘要： passenger experience, and mitigate noise impact on urban | efficiency, passenger experience, and noise impact into our | crucial aspects: aircraft energy consumption, passenger | experience, and noise impact on urban environment. We | Electric vertical-takeoff and landing (eVTOL

关键词： Reinforcement learning | Electric vertical take-off and landing | Motion planning | Urban wind field

摘要： efficiency, safety and enhanced passenger experience. As | to evolving passenger experience demands, business | ) applications such as predictive maintenance and passenger | Airports generate vast amounts of data across | various systems that are crucial for operational

关键词： data governance | artificial intelligence | Al | data privacy and security | regulatory compliance

关键词： passenger journey mapping | user experience | environmental quality | Ontario International Airport (ONT) | wayfinding

摘要： enhancing passenger experience in metro systems. Overall | , and overall user experience. Results suggest a | As urbanization continues to reshape our world | , the utilization and expansion of metro | transportation systems are on the rise, making it increasingly

关键词： Assistive humanoid | Social robot | Public transport | Autonomous | Human robot interaction

摘要：The recommendation of passenger pickup zones | can enhance driver efficiency, improve passenger | experience, and optimize urban traffic management. However | different driver passenger-carrying characteristics | stability, safeguarding driver and passenger privacy

关键词： Ride-hailing pick-up area recommendation | Federated learning with clustering | Vehicle-cloud collaboration | Geographic information integration | Attention mechanism

摘要：-based freight on passenger experience is also analyzed. | freight, and utilizing a metro-based passenger and | to passenger carriage crowding, this study explores | -based passenger and freight cotransportation lines | © 2024 Elsevier LtdMultimodal integration can

关键词： Capacity allocation | Degree of crowding | Gradient-based variable neighborhood search | Metro-based passenger and freight cotransportation | Timetable rescheduling

摘要： transit passenger experience and increasing the | prediction of bus passenger flow is key to improving | advances in deep learning for passenger flow prediction | passenger flow prediction, however, face several | multistep passenger flow prediction suffer from a critical

关键词： Passenger flow prediction | Graph neural network | Multistep prediction | Bus network

摘要： guiding role in improving passenger experience and | Elevator performance evaluation plays a | directing the maintenance work. Traditional elevator | performance evaluation studies mainly depend on defect data | or pertinent norms while ignoring the operation

关键词： Elevator | Softmax regression model | Analytic hierarchy | Combination weighting method | Performance monitoring | Vibration measurement

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： approach to enhance operational efficiency and passenger | experience. As airports increasingly rely on data-driven | of passenger* experiences, stakeholders can develop* | enhance the travel experience* rather than complicate it.* | This paper explores the critical intersection

摘要： operations by improving passenger* experience, enhancing* | and passenger* satisfaction. Artificial intelligence* | passenger-friendly environment. | Modern airports face increasing challenges due | to the growing number of passengers and evolving

摘要： efficiency, safety and enhanced passenger* experience. As* | to evolving passenger* experience demands, business* | ) applications such as predictive maintenance and passenger | Airports generate vast amounts of data across | various systems that are crucial for operational

摘要： enhancing passenger* experience in metro systems. Overall* | , and overall user experience. Results suggest a | As urbanization continues to reshape our world | , the utilization and expansion of metro | transportation systems are on the rise, making it increasingly

摘要：The recommendation of passenger* pickup zones* | can enhance driver efficiency, improve passenger | experience, and optimize urban traffic management. However | different driver passenger-carrying characteristics | stability, safeguarding driver and passenger* privacy*

摘要：-based freight on passenger* experience is also analyzed.* | freight, and utilizing a metro-based passenger* and* | to passenger* carriage crowding, this study explores* | -based passenger* and freight cotransportation lines* | © 2024 Elsevier LtdMultimodal integration can

摘要： transit passenger* experience and increasing the* | prediction of bus passenger* flow is key to improving* | advances in deep learning for passenger* flow prediction* | passenger flow prediction, however, face several | multistep passenger* flow prediction suffer from a critical*

摘要： guiding role in improving passenger* experience and* | Elevator performance evaluation plays a | directing the maintenance work. Traditional elevator | performance evaluation studies mainly depend on defect data | or pertinent norms while ignoring the operation