- Introduction As the complexity of automated systems grows, the challenges in their development in
- Acknowledgements The completion of this work brings to a close a long journey. Many have helped along the
- Foundations This chapter provides a brief introduction to the foundations of our framework, namely,
- Integrating ModelOriented This chapter elaborates on our solutions to the first four subproblems presented in Chap
- S : A Machine Readable Specification Notation based on Higher Order Logic
- higherorder logic application
- Bibliography [AB96] Joanne M. Atlee and Michael A. Buckley. A logicmodel semantics for SCR
- Symbolic Simulation of Microprocessor Models using Type Classes in Haskell
- This chapter presents the semantic functions for notational styles. We describe our so lutions to subproblems five and six of Chapter 1, namely, determining the meaning of a
- Symbolic Functional Evaluation The categories of notations systematise the way that notational styles can fit together in
- Symbolic Functional Evaluation Nancy A. Day 1 and Je rey J. Joyce 2
- Formalization and Analysis of the Separation Minima for Aircraft in the North Atlantic Region
- A Model Checker for Statecharts (Linking CASE tools with Formal Methods)
- A Framework for MultiNotation Requirements Specification and Analysis Nancy A. Day Jeffrey J. Joyce
- Heating System Specification Specification of Heating System
- Architecture and Link to Automated Analysis Procedures
- Symbolic Simulation of Microprocessor Models using Type Classes in Haskell
- A Framework for Microprocessor Correctness Statements
- This chapter presents two major examples that illustrate the use of our framework: the separation minima for aircraft in the North Atlantic region and the Aeronautical Telecom
- Conclusions and Future Work We may now summarize Aristotle's motivation in inventing logic. First, there
- A Formal Analysis of the WillRetire Correctness Statement Nancy A. Day # , Mark D. Aagaard + , and Meng Lou #
- An Example of Linking Formal Methods with CASE Tools (A Model Checker for Statecharts)
- A Comparison between Statecharts and State Tran sition Assertions
- Combining Stream-based and State-based Veri cation Techniques
- Related Work This chapter discusses related work on automated analysis of requirements specifications.
- A Framework for MultiNotation, ModelOriented Requirements Analysis
- A Mechanized Theory for Microprocessor Correctness Statements
- Taking the hol out of HOL Nancy A. Day
- Relating Multi-step and Single-step Microprocessor
- Formalization and Analysis of the Separation Minima for the North Atlantic Region: Complete
- The Semantics of Statecharts in HOL Nancy Day and Jeffrey J. Joyce
- A Framework for MultiNotation, ModelOriented Requirements Analysis
- Taking the hol out of HOL Nancy A. Day
