AbstractA by-now-standard strategy for developing a loop invariant and loop was developed in [1] and explained in [2]. Nevertheless, its use still poses problems for some. The purpose of this paper is to provide further explanation. Two problems are solved that, without this further explanation, seem difficult
AbstractIn the mechanical verification of programs containing loops it is often necessary to provide...
Abstract. Most of the properties established during program verification are either invariants or de...
Almost every algorithm repeats (iterates, loops) a certain transformation on a state of “things”; in...
AbstractA by-now-standard strategy for developing a loop invariant and loop was developed in [1] and...
The by-now-standard strategy for developing a loop invariant and loop was developed in [1] and expl...
Many groups around the world conduct research on formal methods for software development, and in mos...
One of the obstacles in automatic program proving is to obtain suit-able loop invariants. The invari...
Invariants are a standard concept for reasoning about unbounded loops since Floyd-Hoare logic in the...
textLoop invariants have traditionally been used in proofs of correctness (e.g. program verification...
The criticality of programs constantly reaches new boundaries as they are relied on to take decision...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
We describe an iterative algorithm for mechanically deriving loop invariants \u000Afor the purpose o...
peer reviewedThis paper focuses on a programming methodology relying on an informal and graphical ve...
specification, and use of a loop invariant are useful and underutilized tools in writing code to sol...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
AbstractIn the mechanical verification of programs containing loops it is often necessary to provide...
Abstract. Most of the properties established during program verification are either invariants or de...
Almost every algorithm repeats (iterates, loops) a certain transformation on a state of “things”; in...
AbstractA by-now-standard strategy for developing a loop invariant and loop was developed in [1] and...
The by-now-standard strategy for developing a loop invariant and loop was developed in [1] and expl...
Many groups around the world conduct research on formal methods for software development, and in mos...
One of the obstacles in automatic program proving is to obtain suit-able loop invariants. The invari...
Invariants are a standard concept for reasoning about unbounded loops since Floyd-Hoare logic in the...
textLoop invariants have traditionally been used in proofs of correctness (e.g. program verification...
The criticality of programs constantly reaches new boundaries as they are relied on to take decision...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
We describe an iterative algorithm for mechanically deriving loop invariants \u000Afor the purpose o...
peer reviewedThis paper focuses on a programming methodology relying on an informal and graphical ve...
specification, and use of a loop invariant are useful and underutilized tools in writing code to sol...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
AbstractIn the mechanical verification of programs containing loops it is often necessary to provide...
Abstract. Most of the properties established during program verification are either invariants or de...
Almost every algorithm repeats (iterates, loops) a certain transformation on a state of “things”; in...