The phrase "automatic verification" is correct and usable in written English.
It can be used in contexts where a process or system checks or confirms information without human intervention.
Example: "The software includes an automatic verification feature that ensures all data entries are accurate before submission."
Alternatives: "automated validation" or "self-checking process".
The formal representation of the model facilitates its automatic verification.
The design will allow automatic verification of zero electrical energy in the machine.
For instance, automatic verification and performance evaluation are necessary to ensure desired throughput and reliability.
This paper addresses a research problem related to creating a method for automatic verification of inference rules.
The language is based on semantics that is amenable to efficient code generation and partial automatic verification.
Among them, model checking is an exhaustive and automatic verification technique, used to verify whether an architectural specification conforms to expected properties.
This work is a first step toward an automatic verification approach for embedded and real-time systems' high-level specifications, such as UML models.
Based on this analysis we have developed verification techniques that are implemented in the deductive verification tool KeY and enable fully automatic verification of the linked list example.
To support automatic verification, we design a new entailment checking procedure that can handle well-founded predicates (that may be recursively defined) using unfold/fold reasoning.
SMT (Satisfiability Modulo Theories) solvers are automatic verification engines suitable to discharge important classes of proof obligations generated in applying formal construction of software and hardware designs.
This is similar to what happens with security protocols where automatic verification techniques (specially model checking) have been proved to be very useful at design time.
