Hybrid on board unit and roadside unit supporting wave-V2X and C-V2X
The present disclosure provides a hybrid vehicle on board unit for supporting WAVE-V2X and C-V2X or a vehicle on board unit and a roadside unit supporting both WAVE-V2X and LTE-V2X or a vehicle on board unit and a roadside unit supporting all of WAVE-V2X, LTE-V2X and 5G-V2X or a vehicle on board unit and a roadside unit supporting WAVE-V2X, LTE-V2X, 5G-V2X and LTE communication or a vehicle on board unit and a roadside unit supporting WAVE-V2X, LTE-V2X, 5G-V2X, LTE communication and 5G communication.
1. A hybrid vehicle on board unit for V2X communication, comprising:
a WAVE-V2X antenna for transceiving a WAVE-V2X signal;
an LTE-V2X antenna for transceiving an LTE-V2X signal;
an LTE antenna for transceiving an LTE signal;
a GNSS antenna for transceiving a GNSS signal;
a WAVE-V2X communication module for demodulating the WAVE-V2X signal received through the WAVE-V2X antenna to obtain WAVE-V2X communication information, and for modulating the WAVE-V2X communication information to generate the WAVE-V2X signal;
an LTE-V2X communication module for demodulating the LTE-V2X signal received through the LTE-V2X antenna to obtain LTE-V2X communication information, and for modulating the LTE-V2X communication information to generate the LTE-V2X signal;
a GNSS module for processing the GNSS signal received through the GNSS antenna to obtain location information of a vehicle;
an LTE module for processing the LTE signal received through the LTE antenna to obtain additional information for operation of the vehicle, and for transmitting the WAVE-V2X communication information or the LTE-V2X communication information and the location of the vehicle to an external central control server through the LTE antenna; and
a controller for determining a signal having a greater intensity of the WAVE-V2X signal received through the WAVE-V2X antenna and the LTE-V2X signal received through the LTE-V2X antenna, and for controlling the WAVE-V2X communication module and the LTE-V2X communication module to process only the one determined signal,
wherein the controller controls the WAVE-V2X communication module and the LTE-V2X communication module to process both the WAVE-V2X signal received through the WAVE-V2X antenna and the LTE-V2X signal received through the LTE-V2X antenna, and
the controller compares the WAVE-V2X communication information obtained by processing the WAVE-V2X signal and the LTE-V2X communication information obtained by processing the LTE-V2X signal to check whether data overlaps, and controls the WAVE-V2X communication module and the LTE-V2X communication module to delete overlapping data and to transmit only non-overlapping data.
2. The hybrid vehicle on board unit for V2X communication according to claim 1 ,
wherein in response to the WAVE-V2X communication information obtained by processing the WAVE-V2X signal and the LTE-V2X communication information obtained by processing the LTE-V2X signal being information received from a same vehicle on board unit or roadside unit, the controller controls the WAVE-V2X communication module and the LTE-V2X communication module to mutually verify the WAVE-V2X communication information and the LTE-V2X communication information and to complement accuracy of information.
3. The hybrid vehicle on board unit for V2X communication according to claim 1 , further comprising:
a 5G-V2X antenna for transceiving a 5G-V2X signal; and
a 5G-V2X communication module for demodulating the 5G-V2X signal received through the 5G-V2X antenna to obtain 5G-V2X communication information, and for modulating the 5G-V2X communication information to generate the 5G-V2X signal, and
the LTE module transmits the WAVE-V2X communication information, the LTE-V2X communication information or 5G-V2X communication information and the location information of the vehicle to the external central control server through the LTE antenna, and
the controller controls the WAVE-V2X communication module, the LTE-V2X communication module and the 5G-V2X communication module to determine the signal having a greater intensity from among the WAVE-V2X signal received through the WAVE-V2X antenna, the LTE-V2X signal received through the LTE-V2X antenna, and the 5G-V2X signal received through the 5G-V2X antenna, and to control the WAVE-V2X communication module, the LTE-V2X communication module and the 5G-V2X communication module to process only the one determined signal.
4. A roadside unit for V2X communication, comprising:
a WAVE-V2X antenna for transceiving a WAVE-V2X signal;
an LTE-V2X antenna for transceiving an LTE-V2X signal;
an LTE antenna for transceiving an LTE signal;
a GNSS antenna for transceiving a GNSS signal;
a WAVE-V2X communication module for demodulating the WAVE-V2X signal received through the WAVE-V2X antenna to obtain WAVE-V2X communication information, and for modulating the WAVE-V2X communication information to generate the WAVE-V2X signal;
an LTE-V2X communication module for demodulating the LTE-V2X signal received through the LTE-V2X antenna to obtain LTE-V2X communication information, and for modulating the LTE-V2X communication information to generate the LTE-V2X signal;
a GNSS module for processing the GNSS signal received through the GNSS antenna to obtain location information of the roadside unit;
an LTE module for processing the LTE signal received through the LTE antenna to obtain additional information for operation of the roadside unit, and for transmitting the WAVE-V2X communication information or the LTE-V2X communication information and the location information of the roadside unit to an external central control server through the LTE antenna; and
a controller for determining a signal having a greater intensity from among the WAVE-V2X signal received through the WAVE-V2X antenna and the LTE-V2X signal received through the LTE-V2X antenna, and for controlling the WAVE-V2X communication module and the LTE-V2X communication module to process only the one determined signal,
wherein the controller controls the WAVE-V2X communication module and the LTE-V2X communication module to process both the WAVE-V2X signal received through the WAVE-V2X antenna and the LTE-V2X signal received through the LTE-V2X antenna, and
the controller compares the WAVE-V2X communication information obtained by processing the WAVE-V2X signal and the LTE-V2X communication information obtained by processing the LTE-V2X signal to check whether data overlaps, and controls the WAVE-V2X communication module and the LTE-V2X communication module to delete overlapping data and to transmit only non-overlapping data.