With the rapid development of wireless communication technology, a wireless communication system has been widely used in various fields of national economy and national defense construction. On this axiom system, the semantic consistency verification of C grammar unit and target code pattern is completed by means of theorem proving, and the formal verification of the compiler is completed. In this paper, an axiom system of first-order logic and special axioms are introduced. By abstracting the concept of C grammar units from safety C subsets, the formal verification of the compiler is transformed into the verification of limited C grammar units. In this paper, a compiler formal verification method based on safety C subsets is proposed. As the strictest method, formal verification methods have been widely paid attention to in compiler verification, but the current formal verification methods have some problems, such as high proof complexity, weak verification ability, and low algorithm efficiency. A compiler is an important tool for system development, and its safety and reliability have an important impact on the development of safety-critical software. In recent years, more and more wireless communication systems are applied in the safety-critical field which tends to need high safety guarantees. The safety and security of computer communication have always been a research hotspot, especially the wireless communication that still has a more complex architecture which leads to more safety problems in the communication system development.

With the rapid increase in the number of wireless terminals and the openness of wireless networks, the security of wireless communication is facing serious challenges.

Intel c compiler flag list -c++