Forced Randomized Response Protocol Using Arbitrary Random Variable

Anonymous polls nowadays rely solely on centralization, which means that respondents should trust the owner's company not to share responses or look through all submitted answers. However, there is a concept of randomized response trades need for with some error. In this paper, classical forced protocol extended by using an arbitrary random variable. We try optimize tradeoff between accuracy and privacy polling. The Gaussian variable chosen perform simulations our method. For best model, poll maker has choose parameters maximize utility function, be defined due priority accuracy. If prioritizes voters’ privacy, simulation shows in case, will model σ = 0.9 δ 0.2. On other hand, if accuracy, experiment one 1.