Explanation of SMT Basic Terms (Part 2)

Glossary 378 1046 Megan

Reverse Engineering Reverse engineering is the process of examining a system in order to identify its component parts, the behavior of each component, and the way the components interact with each other. It is often used to understand and improve existing products and technology. The reverse engin......

Reverse Engineering

Reverse engineering is the process of examining a system in order to identify its component parts, the behavior of each component, and the way the components interact with each other. It is often used to understand and improve existing products and technology. The reverse engineering process starts with a detailed analysis of the existing product or technology and involves studying how a component works and its relationship to other components. The end result is a thorough understanding of the product or technology and its technical architecture and behavior.

Test Automation

Test automation is a process of taking manual tests and automating tests to reduce the time taken, increase test coverage and improve the accuracy of tests. It is also used to reduce the cost associated with manual testing processes by automating as much of the test process as possible. Test automation can consist of scripting automated tests, creating test harnesses to run tests, and setting up automation frameworks to support automated testing.

Formality Verification

Formality verification is a process used to verify the correctness of a design. It is used to compare the logic of an existing system from its design specifications in order to detect any discrepancies. Formality verification relies on software techniques to describe and check the specification of a design. It uses tools, such as proof engines, automated theorem provers, model checkers, and finite state machines, to generate verification results.

Program Synthesis

Program synthesis is a technique used to create new software components based on an input program. It involves synthesizing different pieces of code from different sources and putting them together to create a new program that solves a specific problem. Program synthesis can be used to generate code from existing code, create web applications from input data, and generate scripts that can be used to automate tasks.

Model Checking

Model checking is a technique used to verify the correctness of a system design. It uses a combination of symbolic execution, theorem proving, and static analysis to exhaustively check the state of a system under a given set of conditions. Model checking can be used to test the consistency of a design by verifying that it meets the necessary specifications and requirements. It is also used to ensure the correctness of a system’s behavior.

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