Positioning method, device, system, terminal for position of internet of vehicles apparatus and storage medium
A positioning method, device, system, terminal, and a non-transitory computer-readable storage medium are disclosed. The positioning method may include: continuously and at intervals sending broadcast packets including at least RSU location information and message sending time to the vehicle-to-everything (V2X) apparatus ( 100 ) through at least 3 road side units (RSUs) (RSU1, RSU2, RSU3) with fixed locations; when the positioning system of the V2X apparatus ( 100 ) is abnormal, by using the information in the broadcast packets and the information at the time before the abnormality of the positioning system of the V2X apparatus ( 100 ), calculating and obtaining the location information of the V2X apparatus ( 100 ) in real time.
1. A positioning method, comprising:
acquiring positioning location information of a vehicle-to-everything (V2X) apparatus at a time when a positioning system is in a normal condition;
receiving broadcast packets from each of at least three road side units (RSUs), to acquire location information of the at least three RSUs respectively, and acquire latency information for the broadcast packets of each of the RSUs respectively; and
obtaining location information of the V2X apparatus according to the positioning location information of the V2X apparatus at the time when the positioning system is in the normal condition, the location information of each of the RSUs, and the latency information for the broadcast packets of each of the RSUs;
wherein the latency information comprise latency information at the time when the positioning system is in the normal condition and latency information at a time when the positioning system is in an abnormal condition.
2. The method of claim 1 , wherein
the latency information for the broadcast packets of each of the RSUs comprises at least latency information for a first broadcast packet and latency information for a second broadcast packet; and
the latency information for each of the broadcast packets is a time interval between sending of the broadcast packet and reception of the same broadcast packet.
3. The method of claim 2 , wherein
the V2X apparatus receives the latency information for the first broadcast packet at a time before the positioning system becomes abnormal; and
the V2X apparatus receives the latency information for the second broadcast packet at another time after the positioning system becomes abnormal.
4. A method for positioning of a vehicle-to-everything (V2X) apparatus, comprising:
acquiring positioning location information at a time when a positioning system is in a normal condition;
receiving broadcast packets respectively sent by a first road side unit (RSU), a second RSU, and a third RSU at the time when the positioning system is in the normal condition; acquiring location information of the first RSU, the second RSU, and the third RSU; and acquiring latency information indicating a time interval between sending and reception of each broadcast packet;
receiving broadcast packets respectively sent by the first RSU, the second RSU, and the third RSU at a time when the positioning system is in an abnormal condition; acquiring latency information indicating a time interval between sending and reception of each broadcast packet; and
obtaining location information of the V2X apparatus at the time when the SNSS positioning system is in the abnormal condition according to the positioning location information at the time when the positioning system is in the normal condition, the location information of the first RSU, the second RSU and the third RSU, the latency information for each broadcast packet at the time when the positioning system is in the normal condition, and the latency information for each broadcast packet at the time when the positioning system is in the abnormal condition.