On the ideality of cross-correlation properties for (N, N, 2N) Complete Complementary Codes

Complete Complementary Codes (CCC) are attracting researchers' attention since their invention thanks to their ideal auto- and cross-correlation properties. Several design approaches were proposed aiming to achieve higher number of concurrent transmissions. These CCCs are limited by the number of signatures. Newly proposed approach is based on signatures with various lengths. Therefore a search for such signatures was done analyzing several CCC families. In this article the outcomes of this analysis for one- and two-dimensional CCC of (N, N, 2N) code family is presented.