Embedding formal specification constructs directly into programming languages could revolutionize smart contract development and eradicate vulnerabilities in smart contracts.
In this article, we will discuss the use of the formalism of non-deterministic computations as a language for specifying algorithms.
In this paper, the deductive verification approach is compared with other formal verification techniques, emphasizing the importance of correctness certificates in the verification process.
In this paper the ‘reasonable machine’ term is presented along with the hypothesis that all practically applicable computing paradigms can be represented in the form of such machines.
This blog explores the benefits of formal specification in the context of program verification.
This paper examines the field of program verification, emphasizing the precise implementation of algorithms through computational models like finite automata and Turing machines.