Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  introduces an asynchronous crash-prone hybrid system model. The system is hybrid in the way the processes can communicate. On the one side, a process can send messages to any other process. On another side, the processes are partitioned into clusters and each cluster has its own read/write shared memory. In addition to the model, a main contribution of the paper concerns the implementation of an atomic register in this system model. More precisely, a new failure detector (denoted MΣ) is introduced and it is shown that, when considering the information on failures needed to implement a register, this failure detector is the akest. To that end, the paper presents an MΣ-based algorithm that builds a register in the considered hybrid system model and shows that it is possible to extract MΣ from any failure detector-based algorithm that implements a register in this model. The paper also (a) shows that MΣ is strictly aker than Σ (which is the akest failure detector to implement a register in a classical message-passing system) and (b) presents a necessary and sufficient condition to implement MΣ in a hybrid communication system.
['Damien Imbs', 'Michel Raynal']
I am writing a research paper on a idea The weakest failure detector to implement a register in asynchronous systems with hybrid communication
[{"from": "human", "value": "I am writing a research paper on a idea The weakest failure detector to implement a register in asynchronous systems with hybrid communication"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  introduces an asynchronous crash-prone hybrid system model. The system is hybrid in the way the processes can communicate. On the one side, a process can send messages to any other process. On another side, the processes are partitioned into clusters and each cluster has its own read/write shared memory. In addition to the model, a main contribution of the paper concerns the implementation of an atomic register in this system model. More precisely, a new failure detector (denoted M\u03a3) is introduced and it is shown that, when considering the information on failures needed to implement a register, this failure detector is the akest. To that end, the paper presents an M\u03a3-based algorithm that builds a register in the considered hybrid system model and shows that it is possible to extract M\u03a3 from any failure detector-based algorithm that implements a register in this model. The paper also (a) shows that M\u03a3 is strictly aker than \u03a3 (which is the akest failure detector to implement a register in a classical message-passing system) and (b) presents a necessary and sufficient condition to implement M\u03a3 in a hybrid communication system."}]