Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Arbitrary faults of a single node In a time-triggered architecture (TTA) bus topology system may cause error propagation to correct nodes and may lead to inconsistent system states. This has been observed in validation work using software implemented fault injection (SWIFI) and heavy-ion fault injection techniques in a TTA cluster. In a TTA system, the membership and the clique avoidance algorithms detect state inconsistencies and force the nodes that do not have the same state with the state of majority of nodes, to restart. Changing the interconnection structure of the cluster to a star topology allows the use of star couplers that will isolate faults of a node, thus guaranteeing consistency, even in the presence of arbitrary node failures. The same SWIFI and heavy-ion fault injection experiments that caused error propagation in bus-based TTA clusters, re performed in the star configuration. No error propagation was observed in a TTA system with the star topology during the execution of SWIFI and heavy-ion experiments.
['Astrit Ademaj', 'Håkan Sivencrona', 'Günther Bauer', 'Jan Torin']
I am writing a research paper on a idea Evaluation of fault handling of the time-triggered architecture with bus and star topology
[{"from": "human", "value": "I am writing a research paper on a idea Evaluation of fault handling of the time-triggered architecture with bus and star topology"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Arbitrary faults of a single node In a time-triggered architecture (TTA) bus topology system may cause error propagation to correct nodes and may lead to inconsistent system states. This has been observed in validation work using software implemented fault injection (SWIFI) and heavy-ion fault injection techniques in a TTA cluster. In a TTA system, the membership and the clique avoidance algorithms detect state inconsistencies and force the nodes that do not have the same state with the state of majority of nodes, to restart. Changing the interconnection structure of the cluster to a star topology allows the use of star couplers that will isolate faults of a node, thus guaranteeing consistency, even in the presence of arbitrary node failures. The same SWIFI and heavy-ion fault injection experiments that caused error propagation in bus-based TTA clusters, re performed in the star configuration. No error propagation was observed in a TTA system with the star topology during the execution of SWIFI and heavy-ion experiments."}]