Concerning a Numerical Structure for Expert Anonymity in Sensor Systems

B. RAJITHA, B. MARY SINDHU

Abstract


On this work, we investigate the safety of nameless wireless sensor networks. To put down the principles of a formal framework, we propose a brand new version for analyzing and evaluating anonymity in sensor networks. The novelty of  the  proposed  version  is  twofold:  first,  it  introduces  the belief  of  “c program language period  indistinguishability”  that  is  more potent than  current  notions;  2d,  it  provides  a  quantitative degree  to  compare  anonymity  in  sensor  networks.  The significance  of  the  proposed  version  is  that  it  captures  a source  of  data  leakage  that  can not  be  captured the usage of  existing  fashions.  By  analyzing  current  nameless designs below the proposed model, we divulge the source of records leakage that is undetectable by existing fashions and quantify the anonymity of modern-day designs. In the end, we show how the proposed model can result in a widespread and intuitive route for improving the anonymity of cutting-edge designs.


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