SoEKS-based intelligent networked vehicle situation awareness method and system

Abstract

The invention belongs to the technical field of knowledge engineering, Internet of Vehicles communication and information security thereof. The invention discloses an SoEKS-based intelligent networkedvehicle situation awareness method and system, and the method comprises the steps: collecting information related to the internal and external network safety of a vehicle through a vehicle-mounted information system, carrying out the calculation and arrangement of the information into SoEKS experience, and transmitting a key result to a TSP cloud; and the TSP cloud collects the key result information and then performs related judgment to judge whether the experience is synchronized to the same type of vehicles, so that the same type of vehicles in the whole network can be defended when one vehicle is attacked. The method plays a role of unraining in the aspect of network connection vehicle information security; aiming at the intelligent network connection vehicle, the TSP cloud collects the information and then performs related judgment to judge whether the experience is synchronized to the same type of vehicles or not, so that the effect of defending the same type of vehicles in thewhole network when one vehicle is attacked is achieved.

Description

Technical field [0001] The invention belongs to the technical field of knowledge engineering and vehicle networking communication and its information security, and in particular relates to a SoEKS-based intelligent networked vehicle situation awareness method and system. Background technique [0002] Currently, the closest existing technology: Now, after the Internet and mobile Internet, the Internet of Things has become the main point of the current network technology, and the Internet of Vehicles has also emerged. The core intelligent networked vehicle of the Internet of Vehicles has become the development direction of the automobile industry. Automotive network security has become an important measure to guide the strategy. [0003] In the existing technology, many automobile manufacturers are vulnerable to vulnerability threats, and more and more automobile-related vulnerabilities have obtained CVE numbers. The attack surface ranges from automobile terminals to the cloud. It ...

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Problems solved by technology

[0003] In the existing technology, many car manufacturers are vulnerable to vulnerability threats. More and more car-related vulnerabilities have obtained CVE numbers, and the attack surface is involved from the car terminal to the cloud.

It has had a great impact on automobile manufacturers and suppliers, and exposed problems emerge one after another. Therefore, the information security industry continues to introduce solutions and products for automobile security protection. Since the Internet of Vehicles information security industry has just started, the direction of existing technologies Very one-sided, no overall situational correlation

[0004] To sum up, the problems existing in the prior art are: (1) In the prior art, there is no safe and reliable automotive electronic system architecture, which cannot meet the security requirements in an open network interconnection environment, resulting in the inability to deploy effective measures to prevent security risk

[0005] (2) The current research on the information security of intelligent networked vehicles is too one-sided, that is, it only focuses on the Internet of Vehicles network, a certain component on the vehicle or the cloud, and there is no research on it as a whole

[0006] (3) The current research on the situational awareness of intelligent networked vehicles is not related to information security, and does not consider the content of information security

[0007] Difficulty in solving the above technical problems: the current intelligent networked vehicle environment is immature, and experimental data is lacking

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