Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An established approach to achieve fault tolerance is to deploy multiple copies of the same functionality on multiple processors to ensure that if one processor fails another can provide the same functionality. This approach is known as replication. In spite of the number of studieson the topic, designing a replication pattern is still error prone. This is due to the fact that its final behavior is theresult of the combination of design decisions that involves reasoning about a collection of non-deterministic eventssuch as hardware failures and parallel computations. Inthis paper  present an approach to model replicationpatterns in the Architecture Analysis and Design Language(AADL) and analyze potentially unintended behaviors. Suchan approach takes advantage of the strong semantics of AADL to model replication patterns at the architecture level.The approach involves developing two AADL models. Thefirst one defines the intended behavior in synchronous callsequences. And the second model describes the replication architecture. These two models are then compared using adifferential model in Alloy [5] where the requirements of thefirst model and the concurrency and potential failure of the second are combined. The additional behaviors discoveredin this model are presented to the designer as potential errors in the design. The designer then has the opportunity tomodify the replication architecture to correct these behaviorsor qualify them as valid behaviors. Finally,  validated ourapproach by recreating the verification experiment presentedin [6] but limiting ourselves to the AADL syntax.
['Dionisio de Niz', 'Peter H. Feiler']
I am writing a research paper on a idea Verification of Replication Architectures in AADL
[{"from": "human", "value": "I am writing a research paper on a idea Verification of Replication Architectures in AADL"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An established approach to achieve fault tolerance is to deploy multiple copies of the same functionality on multiple processors to ensure that if one processor fails another can provide the same functionality. This approach is known as replication. In spite of the number of studieson the topic, designing a replication pattern is still error prone. This is due to the fact that its final behavior is theresult of the combination of design decisions that involves reasoning about a collection of non-deterministic eventssuch as hardware failures and parallel computations. Inthis paper  present an approach to model replicationpatterns in the Architecture Analysis and Design Language(AADL) and analyze potentially unintended behaviors. Suchan approach takes advantage of the strong semantics of AADL to model replication patterns at the architecture level.The approach involves developing two AADL models. Thefirst one defines the intended behavior in synchronous callsequences. And the second model describes the replication architecture. These two models are then compared using adifferential model in Alloy [5] where the requirements of thefirst model and the concurrency and potential failure of the second are combined. The additional behaviors discoveredin this model are presented to the designer as potential errors in the design. The designer then has the opportunity tomodify the replication architecture to correct these behaviorsor qualify them as valid behaviors. Finally,  validated ourapproach by recreating the verification experiment presentedin [6] but limiting ourselves to the AADL syntax."}]