Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  is motivated by the recognition of the need for a finer grain and more personalized privacy in data publication of social networks.  propose a privacy protection scheme that not only prevents the disclosure of identity of users but also the disclosure of selected features in users' profiles. An individual user can select which features of her profile she wishes to conceal. The social networks are modeled as graphs in which users are nodes and features are labels. Labels are denoted either as sensitive or as non-sensitive.  treat node labels both as background knowledge an adversary may possess, and as sensitive information that has to be protected.  present privacy protection algorithms that allow for graph data to be published in a form such that an adversary who possesses information about a node's neighborhood cannot safely infer its identity and its sensitive labels. To this aim, the algorithms transform the original graph into a graph in which nodes are sufficiently indistinguishable. The algorithms are designed to do so while losing as little information and while preserving as much utility as possible.  evaluate empirically the extent to which the algorithms preserve the original graph's structure and properties.  show that our solution is effective, efficient and scalable while offering stronger privacy guarantees than those in previous research.
['Yi Song', 'Panagiotis Karras', 'Qian Xiao', 'Stéphane Bressan']
I am writing a research paper on a idea Sensitive label privacy protection on social network data
[{"from": "human", "value": "I am writing a research paper on a idea Sensitive label privacy protection on social network data"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  is motivated by the recognition of the need for a finer grain and more personalized privacy in data publication of social networks.  propose a privacy protection scheme that not only prevents the disclosure of identity of users but also the disclosure of selected features in users' profiles. An individual user can select which features of her profile she wishes to conceal. The social networks are modeled as graphs in which users are nodes and features are labels. Labels are denoted either as sensitive or as non-sensitive.  treat node labels both as background knowledge an adversary may possess, and as sensitive information that has to be protected.  present privacy protection algorithms that allow for graph data to be published in a form such that an adversary who possesses information about a node's neighborhood cannot safely infer its identity and its sensitive labels. To this aim, the algorithms transform the original graph into a graph in which nodes are sufficiently indistinguishable. The algorithms are designed to do so while losing as little information and while preserving as much utility as possible.  evaluate empirically the extent to which the algorithms preserve the original graph's structure and properties.  show that our solution is effective, efficient and scalable while offering stronger privacy guarantees than those in previous research."}]