Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  consider the following problem - a group of mobile agents perform some task on a terrain modeled as a graph. In a given moment of time an adversary gets an access to the graph and positions of the agents. Shortly before adversary's observation the mobile agents have a chance to relocate themselves in order to hide their initial configuration.  assume that the initial configuration may possibly reveal to the adversary some information about the task they performed. Clearly agents have to change their location in possibly short time using minimal energy. In our paper  introduce a definition of a \emph{ll hiding} algorithm in which the starting and final configurations of the agents have small mutual information. Then  discuss the influence of various features of the model on the running time of the optimal ll-hiding algorithm.  show that if the topology of the graph is known to the agents, then the number of steps proportional to the diameter of the graph is sufficient and necessary. In the unknown topology scenario  only consider a single agent case.  first show that the task is impossible in the deterministic case if the agent has no memory. Then  present a polynomial randomized algorithm. Finally in the model with memory  show that the number of steps proportional to the number of edges of the graph is sufficient and necessary. In some sense  investigate how complex is the problem of "losing" information about location (both physical and logical) for different settings.
['Karol Gotfryd', 'Marek Klonowski', 'Dominik Pająk']
I am writing a research paper on a idea On Location Hiding in Distributed Systems
[{"from": "human", "value": "I am writing a research paper on a idea On Location Hiding in Distributed Systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  consider the following problem - a group of mobile agents perform some task on a terrain modeled as a graph. In a given moment of time an adversary gets an access to the graph and positions of the agents. Shortly before adversary's observation the mobile agents have a chance to relocate themselves in order to hide their initial configuration.  assume that the initial configuration may possibly reveal to the adversary some information about the task they performed. Clearly agents have to change their location in possibly short time using minimal energy. In our paper  introduce a definition of a \\emph{ll hiding} algorithm in which the starting and final configurations of the agents have small mutual information. Then  discuss the influence of various features of the model on the running time of the optimal ll-hiding algorithm.  show that if the topology of the graph is known to the agents, then the number of steps proportional to the diameter of the graph is sufficient and necessary. In the unknown topology scenario  only consider a single agent case.  first show that the task is impossible in the deterministic case if the agent has no memory. Then  present a polynomial randomized algorithm. Finally in the model with memory  show that the number of steps proportional to the number of edges of the graph is sufficient and necessary. In some sense  investigate how complex is the problem of \"losing\" information about location (both physical and logical) for different settings."}]