Emerging Transportation Safety and Operations : Practical Perspectives

doi:10.3390/books978-3-7258-3153-1

Download Url(s)

https://mdpi.com/books/pdfview/book/10454

Contributor(s)

Eustace, Deogratias (editor)

Naik, Bhaven (editor)

Wei, Heng (editor)

Bhavsar, Parth (editor)

Language

English

Show full item record

Abstract

This reprint reflects the collective expertise of contributors from diverse disciplines and regions, emphasizing the interconnected nature of transportation issues. It serves as a resource to inspire innovative thinking and collaboration in addressing pressing safety and operational concerns.As transportation systems face increasing demands for adaptability and resilience, this reprint aims to contribute to the dialogue shaping the future of transportation, ensuring it meets the needs of future generations. The chapters in the reprint cover diverse transportation engineering focuses such as (1) road design and interchange design, (2) safety and operation, (3) assessment of automated driving systems, (4) infrastructure monitoring and transportation economics, (5) traffic management and intersection control, (6) surrogate safety measures and traffic simulations, (7) traffic crash risk prediction and traffic safety management, (8) vehicle safety and intelligent vehicles, (9) radar detection and broadside collision avoidance, and (10) heavy vehicle–cyclist collision avoidance.

URI

https://directory.doabooks.org/handle/20.500.12854/153179

Keywords

safety assessment; operational design domain; automated driving; communication; connectivity; positioning; cybersecurity; cloud-based computing; international standardization; maintenance optimization; patent analysis; sensor fusion; transportation economics; roundabouts; road design impact; traffic safety; capacity; pavement condition; environmental aspects; autonomous vehicles; simulation; traffic management; intersection controlled by light; queue length; transmitters using white LEDs; silicon carbide light detectors; on–off keying (OOK) modulation method; density of pedestrians; model based on reinforcement learning; urban freeways interchanges; surrogate safety measures; connected automated vehicles; VISSIM; road design; traffic accident risk prediction; meta-features; machine learning; environmental factors; human factors; traffic safety management; vehicle safety; road transport; intelligent traffic vehicle; radar; adas; urban traffic; neural network; toll information; toll lane configuration; road sign; surrogate safety measure; heavy vehicle; lane change; traffic simulation; Doppler effect; radar detection; broadside collision avoidance; radar wave reflector; seeing around corners; Blind Spot Detection; heavy goods vehicle; truck; autonomous brake; right turn accidents; n/a