Review on the impacts of cooperative automated driving on transportation and environment

Zhang, Zihan; Liu, Haobing; Lei, Mingyue; Yan, Xuerun; Wang, Miao; Hu, Jia

doi:10.1016/j.trd.2023.103607

Cited by 18 publications

(3 citation statements)

References 140 publications

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“…C-ITS has garnered significant attention in the field of smart city as a cutting-edge technology that contributes to the reduction in traffic accidents, alleviation of congestion, and achievement of carbon reduction goals [7][8][9][10]. Among regions, Europe has emerged as the front-runner in the development of C-ITS technology.…”

Section: C-its (Cooperative Intelligent Transportation Systemmentioning

confidence: 99%

“…This information is communicated through interactions between the vehicle and the traffic lights, utilizing the onboard unit (OBU) in the vehicle [20]. By utilizing the GLOSA service, drivers can optimize their speed and avoid unnecessary stops at intersections, thus enhancing traffic efficiency C-ITS has garnered significant attention in the field of smart city as a cutting-edge technology that contributes to the reduction in traffic accidents, alleviation of congestion, and achievement of carbon reduction goals [7][8][9][10]. Among regions, Europe has emerged as the front-runner in the development of C-ITS technology.…”

Section: C-its (Cooperative Intelligent Transportation Systemmentioning

confidence: 99%

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Analyzing the Impact of C-ITS Services on Driving Behavior: A Case Study of the Daejeon–Sejong C-ITS Pilot Project in South Korea

Kang,

Tak,

Park

2023

Sustainability

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This paper analyzes the impact of C-ITS service on driving behavior, focusing on a pilot project in Daejeon–Sejong, South Korea. C-ITS, an advanced technology, enables bidirectional wireless communication between vehicles or infrastructure, allowing for real-time traffic data collection and dissemination. The study uses a unique analytical method, employing parallel processing techniques for variable extraction and a paired t-test to examine the short-term effects of C-ITS on driving behavior. Findings indicate a significant change in drivers’ behavior, particularly in average speed, hard braking rate, severe deceleration rate, speeding rate, and excessive speeding rate, towards safer trends after receiving C-ITS warning services. Reductions in hard braking and severe deceleration were immediate after C-ITS service initiation, while a decrease in excessive speeding was observed after four months. Further research is needed to identify other potential influencing variables and provide an unbiased evaluation of C-ITS effectiveness. The study’s implications highlight its role in promoting public acceptance of C-ITS-service-based cooperative autonomous driving strategies.

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Section: C-its (Cooperative Intelligent Transportation Systemmentioning

confidence: 99%

Section: C-its (Cooperative Intelligent Transportation Systemmentioning

confidence: 99%

Analyzing the Impact of C-ITS Services on Driving Behavior: A Case Study of the Daejeon–Sejong C-ITS Pilot Project in South Korea

Kang,

Tak,

Park

2023

Sustainability

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“…The obstacle faced in ANG technology is the ability of the adsorbent to absorb less natural gas when compared to other technologies such as CNG (Compressed Natural Gas) or LNG (Liquified Natural Gas) for the same tank size [2]. Therefore, the development of adsorbent materials continues to be carried out to comply with DoE (US Department of Energy) volumetric storage standards [3][4].…”

Section: Introductionmentioning

confidence: 99%

In-situ growth of zeolite-A in the fiber surface for methane adsorption

Amalia Sholeha,

Urip Pambudi Sujarnoko,

Alyaa Shofaa Eryaputri

et al. 2023

E3S Web Conf.

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Methane as an anthropogenic gas has an effect on the atmosphere and can be used as an alternative natural gas using adsorbent material. This research aims to determine the impact of activation conditions on the surface of fibers for zeolite-A crystal growth utilized for CH4 adsorption. Glass fiber and pineapple fiber have been treated with an alkali used in this research. The concentration of NaOH and fiber immersion time determine the activation conditions. The activation process altered the crystallinity of the surface-deposited zeolite-A. Characterization by XRD and SEM revealed that zeolite-A covered the surface of those fibers when the NaOH concentration was 4M and the immersion time was 24 h. Thermal analysis revealed that the composite of zeolite-A/fibers undergoes two weight loss processes prior to achieving stability. The methane adsorption gravimetric measurements for zeolite-A supported glass fiber (glass wool) and pineapple fiber with high crystallinities are 4.644% wt and 3.461% wt, respectively.

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Drivers of transportation CO2 emissions and their changing patterns: Empirical results from 18 countries

Tao,

Zhu

2024

Journal of Transport Geography

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Review on the impacts of cooperative automated driving on transportation and environment

Cited by 18 publications

References 140 publications

Analyzing the Impact of C-ITS Services on Driving Behavior: A Case Study of the Daejeon–Sejong C-ITS Pilot Project in South Korea

Analyzing the Impact of C-ITS Services on Driving Behavior: A Case Study of the Daejeon–Sejong C-ITS Pilot Project in South Korea

In-situ growth of zeolite-A in the fiber surface for methane adsorption

Drivers of transportation CO2 emissions and their changing patterns: Empirical results from 18 countries

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