Dual band rectangular patch antenna array with defected ground structure for ITS application
N Kishore, G Upadhyay, VS Tripathi… - AEU-International Journal …, 2018 - Elsevier
A dual band inset fed rectangular patch antenna array has been proposed for intelligent
transportation system (ITS) application. This paper proposes 8–element patch array antenna …
transportation system (ITS) application. This paper proposes 8–element patch array antenna …
A Wideband, High Gain and Low Sidelobe Array Antenna for Modern ETC Systems
LT Tran, CD Khuat, LV Phi - The Applied …, 2023 - journals.riverpublishers.com
Modern electronic toll collection (ETC) systems are currently moving towards a system
design that is capable of fast and optimal payment handling for a single lane. Thus, the …
design that is capable of fast and optimal payment handling for a single lane. Thus, the …
Compact and low-profile conical antenna for automotive DSRC application
CY Liou, SG Mao, TC Chiang… - 2016 IEEE International …, 2016 - ieeexplore.ieee.org
This study proposes a novel conical monopole antenna with a metallic lid connected to the
antenna ground through four pillars. The proposed conical monopole antenna is only 0.14-λ …
antenna ground through four pillars. The proposed conical monopole antenna is only 0.14-λ …
Design and Analysis of Slotted Antenna Array for Vehicular Applications
Dedicated short-range communication (DSRC) and vehicle to everything communications
are now is the key research area as there are numerous internet of things (1oT) applications …
are now is the key research area as there are numerous internet of things (1oT) applications …
Body Wearable Antennas and Integration of Internet of Things in Vehicular Wireless Communication Systems
Internet of Things (IoT) is a system in which billions of physical devices all over the world are
connected to the Internet and acquire and transmit data without the need for human-to …
connected to the Internet and acquire and transmit data without the need for human-to …
An ultra wide-stopband lowpass filter using smooth transmission line
C Li, W Peng, Z Wang, H Lai - 2018 International Conference …, 2018 - ieeexplore.ieee.org
A novel 6GHz ultra Wide Stopband lowpass filter using smooth transmission line is
presented in this paper. The filter has the advantages of easy fabrication, sharp cutoff …
presented in this paper. The filter has the advantages of easy fabrication, sharp cutoff …
[HTML][HTML] II. ANTENNA DESIGN
LT Tran, CD Khuat, LV Phi - journals.riverpublishers.com
LHCP patch antennas are widely used for ETC applications. However, they are generally
low gain, so improving gains for these antennas is a challenge for researchers. Several …
low gain, so improving gains for these antennas is a challenge for researchers. Several …
Cloud Computing based Learning Management System (CC-LMS) implementation model in Malaysia Higher Education Institutions
R Kassim - 2021 - eprints.uthm.edu.my
In the education arena, cloud computing is more apparent in technology to ensure the
availability and sharing of resources through virtualization. Despite its attractiveness and …
availability and sharing of resources through virtualization. Despite its attractiveness and …
A roadside units positioning framework in the context of vehicle-to-infrastructure based on integrated AHP-entropy and group-VIKOR
RQ Malik - 2021 - eprints.uthm.edu.my
The positioning of roadside units (RSUs) in a vehicle-to-infrastructure (V2I) communication
system may have an impact on network performance. Optimal RSU positioning is required to …
system may have an impact on network performance. Optimal RSU positioning is required to …
[PDF][PDF] A high gain wideband array antenna based on metasurface for ETC application
CK Dinh, LT Thi - Tạp chí Khoa học Giao thông vận tải, 2022 - tcsj.utc.edu.vn
Free flow electronic toll collection (FFETC) has played an important role in building
convenient and safe transportation systems in many countries. The most challenging …
convenient and safe transportation systems in many countries. The most challenging …