We present a general framework which allows to identify complex theories important in
verification for which efficient reasoning methods exist. The framework we present is based …

To ensure the correctness of train control system design and development, the ways of
simulation, test and formalization were compared. According to the safe critical attribute of …

To support verification of expressive properties of functional programs, we consider
algebraic style specifications that may relate multiple user-defined functions, and compare …

为了确保列车运行控制系统设计和开发的**确性, 比较了仿真, 测试和形式化3
种能够验证系统设计**确性的方式. 根据列车运行控制系统对安全的苛求性, 提出了4 …

We study certain classes of verification problems for parametric reactive and hybrid systems,
and identify the types of logical theories which can be used for modeling such systems and …

We extend existing verification methods for CSP-OZ-DC to reason about real-time systems
with complex data types and timing parameters. We show that important properties of …

Abstract Model programs represent transition systems that are used to specify expected
behavior of systems at a high level of abstraction. The main application area is application …

The focus of this paper is on reducing the complexity in verification by exploiting modularity
at various levels: in specification, in verification, and structurally. For specifications, we use …

Many verification approaches use SMT solvers in some form, and are limited by their
incomplete handling of quantified formulas. Local reasoning allows to handle SMT problems …

We present an overview of results on hierarchical and modular reasoning in complex
theories. We show that for a special type of extensions of a base theory, which we call local …