Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The scale-free topology is robust when confronted with random faults, but it is fragile when confronted with selective remove attacks. ,  propose a new scale-free topology model which has both fault-tolerance against random faults and intrusion-tolerance against selective remove attacks at the same time. Then the mathematical expression of the topological degree distribution is derived. Through analyzing the effect of topological degree distribution on these properties of topological fault-tolerance and topological intrusion-tolerance, the optimal scale-free topology which can keep the fault-tolerance and maximize intrusion-tolerance is obtained.  performed extensive experiments on the proposed model and compared it with other existing models. The simulation results show that the new scale-free topology model can keep the character that the scale-free topology has a stronger robustness to random faults. And it also can reduce their fragility for selective remove attacks and further prolong its lifetime.
['Haoran Liu', 'Rongrong Yin', 'Bin Liu', 'Yaqian Li']
I am writing a research paper on a idea A scale-free topology model with fault-tolerance and intrusion-tolerance in wireless sensor networks ☆
[{"from": "human", "value": "I am writing a research paper on a idea A scale-free topology model with fault-tolerance and intrusion-tolerance in wireless sensor networks \u2606"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The scale-free topology is robust when confronted with random faults, but it is fragile when confronted with selective remove attacks. ,  propose a new scale-free topology model which has both fault-tolerance against random faults and intrusion-tolerance against selective remove attacks at the same time. Then the mathematical expression of the topological degree distribution is derived. Through analyzing the effect of topological degree distribution on these properties of topological fault-tolerance and topological intrusion-tolerance, the optimal scale-free topology which can keep the fault-tolerance and maximize intrusion-tolerance is obtained.  performed extensive experiments on the proposed model and compared it with other existing models. The simulation results show that the new scale-free topology model can keep the character that the scale-free topology has a stronger robustness to random faults. And it also can reduce their fragility for selective remove attacks and further prolong its lifetime."}]