We propose a method of locating a device which does not rely on these calculations. Instead, we employ a binary “yes/no” visibility metric, where neighbouring ...
We propose a method of locating a device which does not rely on these calculations. Instead, we employ a binary “yes/no” visibility metric, where neighbouring ...
Instead, we employ a binary “yes/no” visibility metric, where neighbouring devices indicate whether they can “see” or communicate directly with the claiming ...
... Can You See Me? The Use of a Binary Visibility Metric in Distance Bounding -- A Secure Framework for Location Verification in Pervasive Computing -- to ...
Graham, M., Gray, D.: Can you see me? the use of a binary visibility metric in distance bounding. In: Liu, B., Bestavros, A., Du, D.-Z., Wang, J. (eds ...
Can you see me? the use of a binary visibility metric in distance bounding. Graham, Michelle;Gray, David. Lecture Notes in Computer ...
Can You See Me? The Use of a Binary Visibility Metric in Distance Bounding.M. Graham, and D. Gray. WASA, volume 5682 of Lecture Notes in Computer Science ...
Nov 20, 2019 · You can consider using 'Hamming distance' for finding the distance. Refer the documentation for here for method implemented in scipy library.
Missing: Visibility Bounding.
May 11, 2013 · I have vectors of same length consisting of 1 and 0. I am trying to find out how similar they are. So far I am using hamming distance that I calculate sum of ...
Missing: Me? Bounding.
ToF methods are more reliable and often used to evaluate the distance d between two parties by calculating d = spr · tp, where spr is the propagation speed of ...
Missing: You Visibility Metric