Concurrent separation logic includes the notion of ‘ownership' of a heap data structure that can be transferred between processes. This paper refined that idea with permission – partial ownership – so that we could deal with shared read-only data. It applies that idea to two significant examples – readers-and-writers, in particular, had never before had a simple formal proof – and shows why at least two forms of permission are required. Separation logic has become a major influence on work in concurrency and in program analysis. Permissions are now routinely used in that work
Abstract Read-write locking is an important mecha-nism to improve concurrent granularity, but it is ...
AbstractConcurrent Separation Logic is a resource-sensitive logic for fault-free partial correctness...
AbstractWe present a trace semantics for a language of parallel programs which share access to mutab...
Concurrent separation logic includes the notion of ‘ownership' of a heap data structure that can be ...
Separation logic began by describing total separation between the heap space used by separate parts ...
Parkinson, Bornat, and Calcagno recently introduced a logic for partial correctness in which program...
AbstractAt last yearʼs MFPS conference we introduced a revised version of Concurrent Separation Logi...
AbstractParkinson, Bornat, and Calcagno recently introduced a logic for partial correctness in which...
This paper applied the separation logic notions of ownership and permission to ‘stack' variables tha...
International audienceWe address the entailment problem for separation logic with symbolic heaps adm...
Permission accounting is fundamental to modular, thread-local reasoning about concurrent programs. T...
Permission accounting is fundamental to modular, thread-local reasoning about concurrent programs. T...
AbstractSeparation logic [Reynolds, J. C., Intuitionistic reasoning about shared mutable data struct...
We develop local reasoning techniques for message passing concurrent programs based on ideas from se...
We present a trace semantics for a language of parallel programs which share access to mutable data....
Abstract Read-write locking is an important mecha-nism to improve concurrent granularity, but it is ...
AbstractConcurrent Separation Logic is a resource-sensitive logic for fault-free partial correctness...
AbstractWe present a trace semantics for a language of parallel programs which share access to mutab...
Concurrent separation logic includes the notion of ‘ownership' of a heap data structure that can be ...
Separation logic began by describing total separation between the heap space used by separate parts ...
Parkinson, Bornat, and Calcagno recently introduced a logic for partial correctness in which program...
AbstractAt last yearʼs MFPS conference we introduced a revised version of Concurrent Separation Logi...
AbstractParkinson, Bornat, and Calcagno recently introduced a logic for partial correctness in which...
This paper applied the separation logic notions of ownership and permission to ‘stack' variables tha...
International audienceWe address the entailment problem for separation logic with symbolic heaps adm...
Permission accounting is fundamental to modular, thread-local reasoning about concurrent programs. T...
Permission accounting is fundamental to modular, thread-local reasoning about concurrent programs. T...
AbstractSeparation logic [Reynolds, J. C., Intuitionistic reasoning about shared mutable data struct...
We develop local reasoning techniques for message passing concurrent programs based on ideas from se...
We present a trace semantics for a language of parallel programs which share access to mutable data....
Abstract Read-write locking is an important mecha-nism to improve concurrent granularity, but it is ...
AbstractConcurrent Separation Logic is a resource-sensitive logic for fault-free partial correctness...
AbstractWe present a trace semantics for a language of parallel programs which share access to mutab...