A Cloud Computing Based Vehicle Warning System Using Phantom Imaging

A phantom imaging and cloud computing technology, which is applied in traffic control systems, collision avoidance systems, and traffic control systems of road vehicles, can solve problems such as lack of warning systems, inability to transmit synchronously between vehicles, and early warning of uncontrollable dangerous situations. The effect of auxiliary driving decision-making

Active Publication Date: 2020-01-07
海豚大数据网络科技(深圳)有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the warning information provided by the above-mentioned warning system is only related to the specific vehicle conditions that are taking place, such as the distance between front and rear vehicles, vehicles in blind spots, driving conditions of the vehicle itself, pedestrians, etc. These are only early warnings for the current controllable situation, and cannot Early warning of uncontrollable dangerous situations
In addition, the above-mentioned warning system lacks interaction with network information, vehicles cannot transmit synchronously with network real-time data, and the danger warning system cannot be organically combined with network real-time data, vehicle positioning, and vehicle navigation devices. The danger information and its geographical location information in the range driving area will inevitably weaken the reliability of the vehicle's autonomous danger warning function, and also reduce the vehicle's active safety control capability

Method used

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  • A Cloud Computing Based Vehicle Warning System Using Phantom Imaging
  • A Cloud Computing Based Vehicle Warning System Using Phantom Imaging
  • A Cloud Computing Based Vehicle Warning System Using Phantom Imaging

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Experimental program
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Embodiment 1

[0022] The reference picture is Figure 1-2 . A cloud computing-based vehicle warning system utilizing phantom imaging, comprising: a cloud processor 1, a phantom imaging module 2, a street camera module 3, a GPS module 4, a processing device 5, a vehicle navigator 6, a vehicle camera 7, and a warning device 8. The GPS module 4 includes a vehicle-mounted GPS9 and a GPS surveying and mapping system 10, the phantom imaging module 2 includes a first imaging device 11 and a second imaging device 12, the cloud processor 1 and the street camera module 3, the The GPS module 4 and the processing device 5 are data synchronized, the processing device 5 is connected with the vehicle navigator 6 and the vehicle camera 7 respectively, the phantom imaging device is connected with the warning device 8, and the phantom imaging device is connected with the warning device 8. The data of the imaging module 2 is synchronized from the cloud processor 1, the phantom imaging module 2 is used for si...

Embodiment 2

[0030] The reference picture is image 3 . The vehicle-mounted camera 7 is used for simulating the user's first angle of view to shoot images, and transmits the images to the cloud processor 1, and the cloud processor 1 integrates the image data with the three-dimensional real-scene data, and The situation encountered by the user within the preset time is simulated from the first perspective and synchronized to the second imaging device 12, and the second imaging device 12 performs three-dimensional holographic image projection, and the holographic image simulates the user's behavior within the preset time The scene observed from the first perspective.

[0031] The phantom imaging module 2 converts the information contained in the holographic image projected by the second imaging device 12 into real-time data, and transmits the real-time data to the warning device 8, and the warning device 8 judges whether it is necessary to Give a warning, if so, the warning device 8 will g...

Embodiment 3

[0037] The reference picture is figure 1 . The processing device 5 is also used for sending the vehicle speed information to the cloud processor 1 . The warning system has the function of user interaction, and the cloud processor 1 simulates a predictive warning system according to the navigation information of the user, the positioning information of the vehicle-mounted GPS9, the three-dimensional image taken by the street camera system, and the vehicle speed sent by the processing device 5. Set the data of the user's travel situation within the time, and integrate the data of all users, and synchronize the data to the phantom imaging module 2. The phantom imaging module 2 performs three-dimensional holographic image projection and judges whether a warning is needed. If so, then the The warning device 8 issues a warning, and the warning is a voice warning.

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Abstract

The invention relates to a cloud computing-based vehicle-mounted warning system using spectra vision. The system includes a cloud processor, a spectra vision module, a street image pickup module, a GPS module, a processing device, a vehicle-mounted navigation device, a vehicle-mounted camera and a warning device; the cloud processor generates a three-dimensional real scene according to a real-timestreet scene shot by the street image pickup module; the spectra vision module performs holographic projection according to the three-dimensional real scene; and the warning device performs voice warning according to data generated by the spectra vision module. According to the cloud computing-based vehicle-mounted warning system using spectra vision of the invention, the warning system interactswith a network, the warning system can realize information interaction by means of a cloud platform, and therefore, the warning system can be combined with remote data, vehicle positioning, vehicle-mounted navigation, and the like; a novel vehicle safety warning model is built at a vehicle-mounted terminal, so that a limited danger early warning mechanism can be established, and a driver can be assisted more effectively to perform driving decision making.

Description

technical field [0001] The invention relates to a vehicle warning system, in particular to a cloud computing-based vehicle warning system utilizing phantom imaging. Background technique [0002] Nowadays, due to the popularity of vehicles, there may sometimes be cases where accidents occur even when the driver of the vehicle is paying attention and carefully observing traffic conditions, such as accidents caused by violations of other vehicles. According to statistics, the main factors causing traffic accidents are speeding, illegal overtaking, specific road conditions, etc. Aiming at the problem of driving safety, technicians in related fields have invented a series of warning systems, such as vehicle anti-collision systems, lane departure warning systems, and dangerous blind spot detection systems. However, the warning information provided by the above-mentioned warning system is only related to the specific vehicle conditions that are taking place, such as the distance b...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G08G1/16G08G1/04
CPCG08G1/04G08G1/164G08G1/166
Inventor 汤庆佳
Owner 海豚大数据网络科技(深圳)有限公司
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