FMT:正式方法和工具
“形式化方法与工具”在学术和工业领域常被缩写为FMT,这种简洁的表达方式便于快速书写与交流。该术语广泛应用于系统验证、软件工程等综合性领域,尤其涉及未明确归类的技术范畴。FMT旨在通过数学化的严谨手段提升系统设计的可靠性与安全性。
Formal Methods and Tools具体释义
Formal Methods and Tools的英文发音
例句
- Theoretic guidance is necessary for the reliability and usability of the distributed systems, as well as the relevant formal developing methods and tools do.
- 为了保证分布式系统的可靠性与可用性,就需要有相应的理论指导,以及与之对应的严格的形式化开发方法和工具的支持。
- Formal methods has the supports of precise mathematic semantics and automatic formal tools, which could be used in analyzing software specification, but formal methods has the disadvantages in designing large-scale software and difficulty in system modeling.
- 形式化方法具有精确的数学语义和自动化验证工具的支持,可以对软件规范进行严格的分析和验证,但形式化方法存在难以设计大型软件,直接用形式化规范对系统建模难度大等缺点。
- Some researchers introduced formal methods for analyzing cryptographic protocols, and achieved many significant results by building formal models and automatic verifying tools.
- 一些研究人员在密码协议分析中引入形式化方法,通过建立形式模型和自动检测工具分析密码协议的安全性,取得了较大的成功。
- These two formal methods are integrated in the SAAM, and the SAAM can be analyzed and verified by the corresponding supporting tools.
- 这两种形式化方法通过SAAM集成在一起,并通过相应的支持工具对模型进行分析。
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