Good programming discipline is to produce programs which are: easy to use and to understand, reliable and easy to debug (if not already correct), and easy to adapt to changes in the environment. In order to fulfil these requirements programs must be well structured and well documented. Research on techniques for program correctness proofs has shed some light on what good structure and adequate documentation is. Indeed a program easily proved correct is easy to understand, and vice versa
AbstractThe stepwise refinement technique is studied from a mathematical point of view. A relation o...
Teaching a student to write computer programs well is much like teaching a student to write English ...
Formal methods are not used widely in industrial software development, because the overhead of forma...
Abstract. Correctness is one of the most important property of a program. Nevertherless, the student...
Accurate programming is a practical approach to producing high quality programs. It combines ideas f...
This paper examines the disciplined programming methodology of EM Dijkstra which advocates the devel...
Programs are like constructive proofs of their specifications. This analogy is a precise equivalenc...
If software code is developed by humans, can we as users rely on its absolute correctness?\ud \ud To...
Programming language implementations bridge the gap between what the program developer sees and unde...
International audienceHow to prove the correctness of a program with mathematical certainty? The pri...
If software code is developed by humans, can we as users rely on its absolute correctness? Today's s...
In the late 1990s, proof-carrying code was able to produce machine-checkable safety proofs for machi...
As software becomes ever more ubiquitous in our lives, the need to ensure it runs without error beco...
Correctness-by-Construction (CbC) is an incremental program constructionprocess to construct functio...
AbstractWe describe a language of specified programs devised to form a basis for a system for the de...
AbstractThe stepwise refinement technique is studied from a mathematical point of view. A relation o...
Teaching a student to write computer programs well is much like teaching a student to write English ...
Formal methods are not used widely in industrial software development, because the overhead of forma...
Abstract. Correctness is one of the most important property of a program. Nevertherless, the student...
Accurate programming is a practical approach to producing high quality programs. It combines ideas f...
This paper examines the disciplined programming methodology of EM Dijkstra which advocates the devel...
Programs are like constructive proofs of their specifications. This analogy is a precise equivalenc...
If software code is developed by humans, can we as users rely on its absolute correctness?\ud \ud To...
Programming language implementations bridge the gap between what the program developer sees and unde...
International audienceHow to prove the correctness of a program with mathematical certainty? The pri...
If software code is developed by humans, can we as users rely on its absolute correctness? Today's s...
In the late 1990s, proof-carrying code was able to produce machine-checkable safety proofs for machi...
As software becomes ever more ubiquitous in our lives, the need to ensure it runs without error beco...
Correctness-by-Construction (CbC) is an incremental program constructionprocess to construct functio...
AbstractWe describe a language of specified programs devised to form a basis for a system for the de...
AbstractThe stepwise refinement technique is studied from a mathematical point of view. A relation o...
Teaching a student to write computer programs well is much like teaching a student to write English ...
Formal methods are not used widely in industrial software development, because the overhead of forma...