Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The outputs of a program that processes secret data may reveal information about the values of these secrets.  develops an information leakage model that can measure the leakage beten arbitrary points in a probabilistic program. Our aim is to create a model of information leakage that makes it convenient to measure specific leaks, and provide a tool that may be used to investigate a program's information security. To make our leakage model precise,  base our work on a simple probabilistic, imperative language in which secret values may be specified at any point in the program; other points in the program may then be marked as potential sites of information leakage.  extend our leakage model to address both non-terminating programs (with potentially infinite numbers of secret and observable values) and user input. Finally,  show how statistical approximation techniques can be used to estimate our leakage measure in real-world Java programs.
['Tom Chothia', 'Yasutaka Kawamoto', 'Chris Novakovic', 'Dennis Parker']
I am writing a research paper on a idea Probabilistic Point-to-Point Information Leakage
[{"from": "human", "value": "I am writing a research paper on a idea Probabilistic Point-to-Point Information Leakage"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The outputs of a program that processes secret data may reveal information about the values of these secrets.  develops an information leakage model that can measure the leakage beten arbitrary points in a probabilistic program. Our aim is to create a model of information leakage that makes it convenient to measure specific leaks, and provide a tool that may be used to investigate a program's information security. To make our leakage model precise,  base our work on a simple probabilistic, imperative language in which secret values may be specified at any point in the program; other points in the program may then be marked as potential sites of information leakage.  extend our leakage model to address both non-terminating programs (with potentially infinite numbers of secret and observable values) and user input. Finally,  show how statistical approximation techniques can be used to estimate our leakage measure in real-world Java programs."}]