Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In exascale platforms, faults are likely to occur more and more frequently due to the huge number of components. To handle them, the BXI fabric management uses a generic architecture that specifies two distinct modes of operations: offline mode computes, validates and uploads nominal routing tables, while online mode reacts at runtime to failures and recoveries by computing small patches and by uploading them to the concerned switches. This design presented in a previous article, helps limiting both the computation time and the failure impact on the whole fabric. Hover, in wormhole switching such as with BXI, uploading new routing tables at runtime is known to be generally deadlock-prone.  thus introduces a new property of online routing algorithms called transitively deadlock-free and presents the formal description of two BXI online routing algorithms holding this property. It also shows that the combination of a deadlock-free offline routing algorithm with a transitively deadlock-free online one provides a fault-tolerant deadlock-free routing algorithm. The theory is flexible enough to be adapted to other routing algorithms and to other topologies.
['Jean-Noel Quintin', 'Pierre Vigneras']
I am writing a research paper on a idea Transitively Deadlock-Free Routing Algorithms
[{"from": "human", "value": "I am writing a research paper on a idea Transitively Deadlock-Free Routing Algorithms"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In exascale platforms, faults are likely to occur more and more frequently due to the huge number of components. To handle them, the BXI fabric management uses a generic architecture that specifies two distinct modes of operations: offline mode computes, validates and uploads nominal routing tables, while online mode reacts at runtime to failures and recoveries by computing small patches and by uploading them to the concerned switches. This design presented in a previous article, helps limiting both the computation time and the failure impact on the whole fabric. Hover, in wormhole switching such as with BXI, uploading new routing tables at runtime is known to be generally deadlock-prone.  thus introduces a new property of online routing algorithms called transitively deadlock-free and presents the formal description of two BXI online routing algorithms holding this property. It also shows that the combination of a deadlock-free offline routing algorithm with a transitively deadlock-free online one provides a fault-tolerant deadlock-free routing algorithm. The theory is flexible enough to be adapted to other routing algorithms and to other topologies."}]