We present a collision-free jammer selection policy for enhanced wireless secrecy. Jammers, selected from the neighbors of a source, are friendly in the sense that they are willing to help the source to transmit securely by causing interference/collisions to possible eavesdroppers. The proposed jammer selection policy results in the selection of the largest number of jammers that do not cause collisions among themselves. This enables jammers to assist the source to transmit securely by causing interference to eavesdroppers, while sending their own traffic into the network.
Conference
IEEE WoWMoM Fourth International Workshop on Data Security and Privacy in Wireless Networks (D-SPAN), June 2013
Cited by
Year 2015 : 2 citations
Y Allouche, Y Cassuto, A Efrat, M Segal, E Arkin, G Grebla, JSB Mitchell, S Sankararaman. Secure Communication through Jammers Jointly Optimized in Geography and Time, ACM MOBIHOC’15, Junho 2015.
E Arkin, Y Cassuto, A Efrat, G Grebla, JSB Mitchell, S Sankararaman, M Segal. Optimal Placement of Protective Jammers for Securing Wireless Transmissions in a Geographic Domain, International Conference on Information Processing in Sensor Networks, Abril 2015.
