IEEE 802.11 p standard enables the wireless technology that defines vehicular
communications. However, IEEE 802.11 p frame structure employing low pilot density is not …

In vehicular communications, reliable channel estimation is critical for the system
performance due to the doubly-dispersive nature of vehicular channels. IEEE 802.11 p …

IEEE 802.11 p standard defines wireless technology protocols that enable vehicular
transportation and manage traffic efficiency. A major challenge in the development of this …

IEEE 802.11 p standard is specially developed to define vehicular communications
requirements and support cooperative intelligent transport systems. In such environment …

In this paper, we propose a novel deep learning based channel estimation scheme for IEEE
802.11 p vehicle-to-everything (V2X) communication systems. A major challenge in the V2X …

In vehicular communications using IEEE 802.11 p, estimating channel frequency response
(CFR) is a remarkably challenging task. The challenge for channel estimation (CE) lies in …

Access to reliable estimates of the wireless channel, such as the channel state information
(CSI) and the received signal strength would open opportunities for timely adaptation of …

Channel estimation forms one of the central component in current Orthogonal Frequency
Division Multiplexing (OFDM) systems that aims to eliminate the inter-symbol interference by …

This paper investigates the channel estimation schemes for tracking rapid time variant
channels in IEEE 802. 11p systems. To overcome the problems of the existing preamble …

In the IEEE 802.11 p standard, channel estimation is quite challenging in the presence of
high mobility due to rapid channel variations. Extensive research has been conducted on …