While sequential Abstract State Machines (ASM) capture the essence of sequential computation, it is not clear that this is true of distributed ASM. This paper looks at two kinds of distributed process, one based on a global state and one based on variable access. Their commonalities are extracted and conclusions for the general understanding of distributed computation are drawn, providing integration between global state and variable access
The Abstract State Machine (ASM) formalism has proved an effective and durable foundation for the fo...
AbstractA consistent observation of a given distributed computation is a sequence of global states t...
Gurevich Abstract State Machines (ASMs) provide a sound mathematical basis for the speci cation and ...
While sequential Abstract State Machines (ASM) capture the essence of sequential computation, it is ...
Published version of a chapter in the book: Abstract State Machines, Alloy, B, TLA, VDM, and Z. Also...
Gurevich’s sequential Abstract State Machines (ASMs) are taken as a basis for the construction of di...
Gurevich’s sequential Abstract State Machines (ASMs) are taken as a basis for the construction of di...
Gurevich’s sequential Abstract State Machines (ASMs) are taken as a basis for the construction of di...
Up to recently the majority of applications of the Abstract State Machines method for design and ver...
Abstract. We define three composition and structuring concepts which reflect frequently used refinem...
Abstract. We define three composition and structuring concepts which reflect frequently used refinem...
A distributed computation describes the execution of a distributed program by a collection of severa...
Over the last twenty years, Abstract State Machines (ASMs) have been used to describe and validate a...
Despite many advances in programming models and frameworks, writing distributed applications remains...
The Abstract State Machine (ASM) formalism has proved an effective and durable foundation for the fo...
The Abstract State Machine (ASM) formalism has proved an effective and durable foundation for the fo...
AbstractA consistent observation of a given distributed computation is a sequence of global states t...
Gurevich Abstract State Machines (ASMs) provide a sound mathematical basis for the speci cation and ...
While sequential Abstract State Machines (ASM) capture the essence of sequential computation, it is ...
Published version of a chapter in the book: Abstract State Machines, Alloy, B, TLA, VDM, and Z. Also...
Gurevich’s sequential Abstract State Machines (ASMs) are taken as a basis for the construction of di...
Gurevich’s sequential Abstract State Machines (ASMs) are taken as a basis for the construction of di...
Gurevich’s sequential Abstract State Machines (ASMs) are taken as a basis for the construction of di...
Up to recently the majority of applications of the Abstract State Machines method for design and ver...
Abstract. We define three composition and structuring concepts which reflect frequently used refinem...
Abstract. We define three composition and structuring concepts which reflect frequently used refinem...
A distributed computation describes the execution of a distributed program by a collection of severa...
Over the last twenty years, Abstract State Machines (ASMs) have been used to describe and validate a...
Despite many advances in programming models and frameworks, writing distributed applications remains...
The Abstract State Machine (ASM) formalism has proved an effective and durable foundation for the fo...
The Abstract State Machine (ASM) formalism has proved an effective and durable foundation for the fo...
AbstractA consistent observation of a given distributed computation is a sequence of global states t...
Gurevich Abstract State Machines (ASMs) provide a sound mathematical basis for the speci cation and ...
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