An Intelligent AI-Based Smart Contract for Goal-Oriented Semantic Network in the 6G Automotive Sector

Abstract

The 6G wireless communication network will promise a high data rate and low latency more than the 5G standard. It introduces the Terahertz communications and sensing systems. Edge Cloud Computing (ECC) and AI/ML technologies are embedded and developed natively. Among the enabled use cases, the automotive and Connected and Autonomous Vehicle (CAV) sector is one of the most important. In the 6G contest where Terrestrial Networks (TN) and Non-Terrestrial Networks (NTN) are combined and a very huge amount of data is generated, a goal-oriented semantic approach can be advantageous to develop the AI/ML techniques more efficiently. The blockchain can be integrated into this scheme. It can be used not only to increase the security levels of the overall system but also to improve automation in the automotive and ITS context. The paper presents an intelligent smart contract based on goal-oriented semantic features in a 6G automotive context. The implementation through the Multichain platform is described.